Auricular point pulse wave frequency physiotherapy information acquisition method and auricular point physiotherapy instrument

Abstract

The invention discloses an auricular point pulse wave frequency physiotherapy information acquisition method and an auricular point physiotherapy instrument. The auricular point physiotherapy instrument comprises an MCU core processor unit, a power management unit, a charging management unit, a key unit, a pulse energy storage unit, a pulse output unit, a storage unit, a power amplification unit and a liquid crystal display unit. Wherein the MCU core processor unit is respectively connected with the liquid crystal display unit, the storage unit, the power amplification unit, the power supply management unit, the pulse energy storage unit and the key unit; the power supply management unit is connected to the charging management unit, and the pulse output unit is connected to the pulse output unit; and the wireless transmission unit is connected with the MCU core unit.

Description

Technical Field

[0001] The present invention relates to the technical field of medical devices, and in particular to an auricular acupoint pulse wave frequency therapy information collection method and an auricular acupoint therapy device. Background Art

[0002] The ear acupuncture therapy instrument is a medical and health care device developed based on traditional Chinese medicine ear acupuncture therapy and modern electrical technology.

[0003] The Traditional Chinese Medicine (TCM) theoretical basis for auricular acupuncture therapy devices: Traditional Chinese Medicine considers the ear a holographic embryo of the human body, a microcosm of information from all parts of the body. Auricular acupuncture points are specific reflection points on the auricle that connect the internal organs, meridians, and tissues and organs. Stimulating these points can regulate the flow of qi and blood through the body's meridians, balance yin and yang, and regulate the function of internal organs, thereby achieving the effects of treating diseases and maintaining health.

[0004] The modern medical principle behind auricular acupuncture therapy is that when a specific organ or part of the body is diseased, a low resistance response is observed at the corresponding acupuncture point on the auricle. The auricular acupuncture device uses a probe to scan the auricle, detecting these resistance changes and identifying the acupuncture points associated with the disease. Simultaneously, physical stimulation methods such as electrical pulses and vibration massage are applied to the auricular acupuncture points, stimulating nerve endings and generating reflexes, thereby regulating the function of the nervous system. It can also cause local vasodilation, accelerating blood circulation, promoting tissue metabolism and recovery, and regulating the function of the endocrine system through the action of neurotransmitters.

[0005] However, current auricular acupoint therapy devices have the following technical problems: complex operation and poor user experience; inflexible treatment parameter settings that cannot meet personalized treatment needs; incomplete therapy information collection and lack of data analysis and processing capabilities, which cannot provide a scientific basis for subsequent treatment. To address the above problems, the present invention proposes a new auricular acupoint pulse wave frequency therapy information collection method and auricular acupoint therapy device, aiming to improve the effect of auricular acupoint therapy and user experience, realize personalized treatment settings, and collect complete therapy information for subsequent analysis. Summary of the Invention

[0006] In order to solve the problems existing in the above-mentioned prior art, the present invention provides an ear acupoint pulse wave frequency therapy information collection method and an ear acupoint therapy instrument.

[0007] The technical solution adopted by the present invention to solve its technical problem is:

[0008] An ear acupuncture therapy instrument includes an MCU core processor unit, a power management unit, a charging management unit, a button unit, a pulse energy storage unit, a pulse output unit, a storage unit, a power amplifier unit and a liquid crystal display unit; wherein: the MCU core processor unit is respectively connected to the liquid crystal display unit, the storage unit, the power amplifier unit, the power management unit, the pulse energy storage unit and the button unit; the power management unit is connected to the charging management unit, and the pulse output unit is connected to the pulse output unit; and the wireless transmission unit is connected to the MCU core processor unit.

[0009] A method for collecting auricular acupoint pulse wave frequency physiotherapy information comprises the following steps:

[0010] Step 1. Connect the electrode cable. Insert the ear clip electrode cable plug into the channel output jack of the instrument and ensure it is firmly inserted into place.

[0011] Step 2. Clean and stimulate the area. Use alcohol or a cotton ball with clean water to disinfect and remove dirt from the concha acupoint area and the ear clip electrode tip. Then place the ear clip electrode tip on the concha acupoint stimulation area and clamp it tightly. The ear clip electrode tip is easily penetrated by oil and dirt, which may affect the therapeutic effect. It is recommended to wipe it after each use.

[0012] Step 3. Press and hold the "on key" for 2 seconds to start the device and enter the therapy program; short press the "on key" to turn it off.

[0013] Step 4. Short press the "Mode" button to select the stimulation mode; M1-M3 are fixed modes and the frequency cannot be adjusted; M4-M6 are frequency adjustable modes. In M4 mode, the frequency can be adjusted arbitrarily within the range of 1-20HZ; in M5-M6 mode, the frequency can be adjusted arbitrarily within the range of 1-100Hz; M9 is the physician mode, and the doctor sets the therapy parameters.

[0014] Step 5. Short press the channel intensity adjustment key "+ / -" to increase or decrease the stimulation intensity. Long press the key to continuously change the stimulation intensity. The stimulation intensity should be adjusted to a level where there is no obvious tingling in both ears. Adjust the intensity to the appropriate level where there is obvious stimulation in the ears according to personal needs and then start stimulation.

[0015] Step 6. The default working time of this instrument is 30 minutes, and it will automatically shut down after the timing ends; short press the "Timer" button once to increase the timing by 5 minutes and adjust the working time within 30 minutes.

[0016] Step 7. Plug the dedicated earphones into the type C port, insert the earphones into your ears, and long press the "time" button to switch between different sounds.

[0017] Compared with the prior art, the present invention has the following advantages:

[0018] 1. The present invention adds a physician mode to solve the inconvenience of operation and the risk of misoperation for the elderly. In this mode, patients can only adjust the stimulation intensity, and the mode, frequency, time, etc. cannot be adjusted. It also provides technical support for medical staff to conduct comparative experiments.

[0019] 2. While providing different stimulation modes, the present invention also adds a music function, with built-in hypnotic white noise, soothing music, and natural sounds such as outdoor insects and birds, which can better help patients fall asleep as soon as possible.

[0020] 3. The present invention adds a storage function that can identify the user's effective use of the device and record the stimulation mode, stimulation time and stimulation intensity, so that doctors can track the patient's condition and analyze the data to better adjust the strategy. This also brings great convenience and technical support to doctors.

[0021] 4. The present invention adopts more advanced constant current circuit technology to ensure stable current output, adds multiple waveforms and parameter adjustment functions, adds a real-time current intensity detection and display module, and adopts a safer, longer-lasting and portable power supply method (such as mobile power supply) to improve the performance of the instrument and user experience.

[0022] 5. The wireless transmission unit has a wireless transmission function. The ear acupuncture therapy instrument can be connected to a smart handheld terminal and can upload data to the smart handheld terminal or server. The server performs big data screening and analysis, which can better summarize the treatment effect and customize the treatment plan. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 Schematic diagram of the overall circuit connection structure of the present invention;

[0024] Figure 2 Schematic diagram of the circuit structure of the ear electrode of the present invention;

[0025] Figure 3 Schematic diagram of the structure of the power management unit of the present invention;

[0026] Figure 4 Schematic diagram of the circuit structure of the MCU core processor unit of the present invention;

[0027] Figure 5 Schematic diagram of the circuit structure of the key unit of the present invention;

[0028] Figure 6 Schematic diagram of the circuit structure of the charging management unit of the present invention;

[0029] Figure 7 Schematic diagram of the driving circuit structure of the liquid crystal display unit of the present invention;

[0030] Figure 8 Schematic diagram of the display circuit structure of the liquid crystal display unit of the present invention;

[0031] Figure 9 Schematic diagram of the circuit structure of the data reading interface of the present invention;

[0032] Figure 10 It is a schematic diagram of the circuit structure of the wireless transmission module of the present invention. DETAILED DESCRIPTION

[0033] Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings.

[0034] An ear acupuncture therapy device includes an MCU core processor unit, a power management unit, a charging management unit, a key unit, a pulse energy storage unit, a pulse output unit, a storage unit, a power amplifier unit, and a liquid crystal display unit. The MCU core processor unit is connected to the liquid crystal display unit, storage unit, power amplifier unit, power management unit, pulse energy storage unit, and key unit, respectively. The power management unit is connected to the charging management unit, and the pulse output unit is connected to the pulse output unit. The wireless transmission unit is connected to the MCU core processor unit.

[0035] The charging unit manages the internal lithium battery charging. The power management unit manages the device's voltage processing during operation. The memory unit stores treatment records and the music unit. Long-pressing the time button switches the music. Pulse parameters, stimulation duration, and stimulation mode are set via the keypad unit; the LCD unit displays the relevant content. The MCU core processor unit controls the pulse energy storage unit of the ear electrode to initiate voltage boosting through a certain frequency pulse. When the boost reaches the set voltage, the pulse output unit controls the power amplifier unit to discharge and form a treatment pulse.

[0036] In the ear electrode circuit, the pulse energy storage section charges capacitor C9 via the high voltage generated by the switching of transistor Q12. The pulse switch control section discharges capacitor C9 by controlling the on and off times of transistors Q13 and Q17, generating therapeutic pulses. The simultaneous switching of transistors Q13 and Q1 prevents crosstalk.

[0037] In the power management unit: the power chip converts the lithium battery power into a stable voltage that can be used by the MCU.

[0038] In the circuit of the MCU core processor unit: the MCU core processor is used to control the output frequency of the pulse part, read the pulse intensity, and process the input instructions of the key part.

[0039] The key unit circuit has at least eight keys for performing various functions, such as power on / off, mode selection, intensity adjustment, and timer setting. Each key is connected to the MCU core processor unit via a wire. When pressed, a corresponding signal is sent to the MCU core processor unit, which then performs the corresponding operation based on the received signal.

[0040] The charging management unit circuit utilizes the TP4056X controller chip, which features multiple safety features including over-temperature protection, short-circuit protection, and reverse battery polarity protection, ensuring a safe and reliable charging process. The charging management unit precisely controls the charging current and voltage through the TP4056X controller, enabling efficient, fast, and safe charging of the internal lithium battery. When the battery is fully charged, the TP4056X controller automatically stops charging, preventing damage from overcharging and extending the battery life. Furthermore, the charging management unit monitors the battery charge in real time and transmits this information to the MCU core processor unit, allowing the user to view the battery status on the LCD display and promptly charge the device to ensure continuous and stable operation.

[0041] In the driving circuit of the liquid crystal display unit: the HT1621 control chip is used to display the key and setting information through the liquid crystal screen.

[0042] In the display circuit of the liquid crystal display unit: the liquid crystal display unit adopts a high-definition liquid crystal screen, which can intuitively display treatment parameter information, treatment status information, and battery power information, making it convenient for users to view and operate at any time.

[0043] The data reading interface circuit utilizes a USBLC6-2SC6 control chip. This interface conveniently connects the auricular therapy device to external devices such as computers, enabling data transmission and reading. Users can use this interface to upload treatment records and other data from the auricular therapy device to a computer for further analysis and processing. This interface also supports data downloading, allowing users to import treatment plans and other data from a computer into the auricular therapy device for personalized treatment settings. The USBLC6-2SC6 control chip offers high stability and reliability, ensuring fast and secure data transmission.

[0044] The wireless transmission unit is a Bluetooth module, which enables the ear acupuncture therapy device to have Bluetooth functionality. In this case, the MCU core processor unit can be replaced with a CPU with a Bluetooth interface, and then the Bluetooth module can be connected. Through the wireless transmission function of the Bluetooth module, the device is connected to the APP application of the smart handheld terminal, and the data can be transmitted to the background server, which can then perform patient data analysis.

[0045] A method for collecting auricular acupoint pulse wave frequency physiotherapy information comprises the following steps:

[0046] Step 1. Connect the electrode cable. Insert the ear clip electrode cable plug into the channel output jack of the instrument and ensure it is firmly inserted into place.

[0047] Step 2. Clean and stimulate the area. Disinfect the concha area and the ear clip electrode tip with alcohol or a cotton ball soaked in clean water. Then, clamp the ear clip electrode tip over the concha stimulation area (the hymenoconcha and the cavum concha). The ear clip electrode tip is easily penetrated by oil and dirt, which can affect its effectiveness. It is recommended to wipe it after each use.

[0048] Step 3. Press and hold the "on key" for 2 seconds to start the device and enter the therapy program. Short press the "on key" to turn off the device.

[0049] Step 4. Short-press the "Mode" button to select a stimulation mode. M1-M3 are fixed modes, and the frequency is not adjustable. M4-M6 are adjustable modes. In M4 mode, the frequency can be adjusted freely within the range of 1-20 Hz. In M5-M6 modes, the frequency can be adjusted freely within the range of 1-100 Hz. M9 is the physician mode, where the doctor sets the therapy parameters. It is generally recommended to default to Mode 1 after powering on.

[0050] Step 5. Short-press the + / - button to increase or decrease the stimulation intensity. Long-press the button to continuously adjust the intensity. Adjust the intensity to a level where no noticeable stinging is felt in both ears. Adjust the intensity to a level where you feel noticeable ear stimulation, then begin stimulation.

[0051] Step 6. The default working time of this instrument is 30 minutes, and it will automatically shut down after the timer ends. Short press the "Timer" button once to increase the timer by 5 minutes. You can adjust the working time within 30 minutes.

[0052] Step 7. Plug the dedicated earphones into the type C port, insert the earphones into your ears, and long press the "time" button to switch between different sounds.

[0053] Step 8. After a period of treatment, the auricular therapy device will store a large amount of data. You can then connect the device to a smart handheld terminal via the Bluetooth module's wireless transmission function. Opening the smart handheld terminal's app uploads the data to the smart handheld terminal or server, where patient data analysis can be performed. The auricular therapy device can also be connected to the smart handheld terminal via the Bluetooth module's wireless transmission function at any time, allowing you to adjust parameters such as stimulation intensity, mode, and duration.

[0054] When treatment begins, the MCU module collects parameters such as current voltage and current, stimulation mode, and stimulation duration to form a treatment record. After treatment is completed, the data is recorded again to form a complete treatment record, which is stored in the relevant area of ​​the chip, providing a basis for later data analysis.

[0055] The above detailed description of the embodiments of the present invention provided in the accompanying drawings is not intended to limit the scope of the claimed invention but is merely representative of selected embodiments of the present invention.

Claims

1. An ear acupuncture therapy instrument, characterized in that: It includes an MCU core processor unit, a power management unit, a charging management unit, a button unit, a pulse energy storage unit, a pulse output unit, a storage unit, a power amplifier unit and a liquid crystal display unit; wherein: the MCU core processor unit is respectively connected to the liquid crystal display unit, the storage unit, the power amplifier unit, the power management unit, the pulse energy storage unit and the button unit; the power management unit is connected to the charging management unit, and the pulse output unit is connected to the energy storage unit; the wireless transmission unit is connected to the MCU core unit.

2. The ear acupuncture therapy instrument according to claim 1, characterized in that: The charging unit manages the charging of the internal lithium battery; the power management unit manages the voltage processing when the device is working, the memory unit stores the treatment records and the music unit. Long pressing the time button will switch the music; the pulse parameters, stimulation duration, and stimulation mode are set through the button unit; the LCD display unit displays the relevant content. The MCU core processor unit controls the pulse energy storage unit of the ear electrode through a certain frequency pulse to start boosting. When the boost reaches the set voltage, the pulse output unit controls the pulse unit to discharge to form a treatment pulse.

3. The ear acupuncture therapy instrument according to claim 1, characterized in that: In the ear electrode circuit: the pulse energy storage part charges capacitor C9 through the high voltage generated by the switching of transistor Q12; the pulse switch control part discharges capacitor C9 by controlling the on and off time of transistors Q13 and Q17 to form a therapeutic pulse; the simultaneous switching of transistors Q13 and Q1 can prevent crosstalk between the two paths.

4. The ear acupuncture therapy instrument according to claim 1, characterized in that: In the power management unit: the power chip converts the lithium battery power into a stable voltage that can be used by the MCU.

5. The ear acupuncture therapy instrument according to claim 1, characterized in that: In the circuit of the MCU core processor unit: the MCU core processor is used to control the output frequency of the pulse part, read the pulse intensity, and process the input instructions of the key part.

6. The ear acupuncture therapy instrument according to claim 1, characterized in that: In the circuit of the key unit: there are at least eight keys for implementing different functional operations, such as power on and off, mode selection, intensity adjustment, and timer setting; each key is connected to the MCU core processor unit through a wire. When the key is pressed, it will send a corresponding signal to the MCU core processor unit, and the MCU core processor unit will perform the corresponding operation based on the received signal.

7. The ear acupuncture therapy instrument according to claim 1, characterized in that: The charging management unit circuit uses the TP4056X control chip, which has multiple safety protection functions such as over-temperature protection, short-circuit protection, and battery reverse polarity protection. The charging management unit accurately controls the charging current and voltage through the TP4056X control chip to achieve efficient, fast, and safe charging of the internal lithium battery. The charging management unit can also monitor the battery power in real time and transmit the power information to the MCU core processor unit, so that the user can view the battery power status in real time through the LCD display unit to ensure the continuous and stable operation of the device.

8. The ear acupuncture therapy instrument according to claim 1, characterized in that: In the driving circuit of the liquid crystal display unit: the HT1621 control chip is used to display the key and setting information through the liquid crystal screen.

9. The ear acupuncture therapy instrument according to claim 1, characterized in that: In the display circuit of the liquid crystal display unit: the liquid crystal display unit adopts a high-definition liquid crystal screen, which can intuitively display treatment parameter information, treatment status information, and battery power information.

10. The ear acupuncture therapy instrument according to claim 1, characterized in that: In the circuit of the data reading interface: the USBLC6-2SC6 control chip is used to connect the ear acupuncture therapy instrument with external devices such as computers to realize data transmission and reading.

11. A method for collecting auricular acupoint pulse wave frequency physiotherapy information, characterized by: The following steps are involved: Step 1. Connect the electrode cable. Insert the ear clip electrode cable plug into the channel output jack of the instrument and ensure it is firmly inserted into place. Step 2. Clean and stimulate the area. Disinfect the concha area and the ear clip electrode tip with alcohol or a cotton ball with clean water. Then, place the ear clip electrode tip on the concha stimulation area and clamp it tightly. The ear clip electrode tip is easily penetrated by oil and dirt, which can affect the efficacy. It is recommended to wipe it after each use. Step 3. Press and hold the "on key" for 2 seconds to start the device and enter the therapy program; short press the "on key" to turn it off; Step 4. Short press the "Mode" button to select the stimulation mode; M1-M3 are fixed modes, and the frequency cannot be adjusted; M4-M6 are frequency adjustable modes. In M4 mode, the frequency can be adjusted arbitrarily within the range of 1-20HZ; in M5-M6 mode, the frequency can be adjusted arbitrarily within the range of 1-100Hz; M9 is the physician mode, and the doctor sets the therapy parameters; Step 5. Short press the channel intensity adjustment button "+ / -" to increase or decrease the stimulation intensity. Long press the button to continuously change the stimulation intensity. The stimulation intensity should be adjusted to the appropriate level where there is no obvious tingling in the ears. According to personal needs, adjust the intensity to the appropriate level where the ears feel noticeable stimulation and then start stimulation. Step 6. The default working time of this instrument is 30 minutes, and it will automatically shut down after the timing ends; short press the "Timer" button once to increase the timing by 5 minutes, and adjust the working time within 30 minutes; Step 7. Plug the dedicated earphones into the type C port, insert the earphones into your ears, and long press the "time" button to switch different sounds.

12. The method for collecting auricular acupoint pulse frequency therapy information according to claim 11, characterized in that: When treatment begins, the MCU module collects parameters such as the current voltage and current, stimulation mode, and stimulation duration to form a treatment record. After the treatment is completed, the data is recorded again to form a complete treatment record, which is stored in the relevant area of ​​the chip, providing a basis for subsequent data analysis.

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