Wearable acupoint massage hypertension prevention and treatment bracelet

Abstract

The invention belongs to the technical field of massage equipment, and particularly relates to a wearable acupoint massage hypertension prevention and treatment bracelet which comprises a bracelet body, and the bracelet body is used for installation of all components; the massage assembly is arranged on the ring body, and the massage assembly is used for conducting acupuncture point massage according to the requirements of a patient and is provided with electric shock physiotherapy according to the requirements; the moxibustion assembly is arranged on the ring body, the moxibustion assembly is connected with the massage assembly, and the moxibustion assembly is used for being provided with moxibustion treatment when a patient is massaged and conducting hot compress on acupuncture point massage of the patient; the control system is connected with the massage assembly and the moxibustion assembly, the control system is used for monitoring the body data of the patient and achieving intelligent management, the patient is helped to know the blood pressure trend and the massage effect through a health data recording function, and therefore personalized health management is conducted.

Description

Technical Field

[0001] The invention relates to the technical field of massage equipment, in particular to a wearable acupoint massage bracelet for preventing and treating hypertension. Background Art

[0002] As people's life pressure increases, the incidence of hypertension continues to rise, becoming one of the important factors endangering human health. At present, the main methods for treating hypertension include drug therapy and lifestyle intervention, but drug therapy has side effects, lifestyle intervention requires long-term persistence, and the effect is unstable. Therefore, it is particularly urgent to seek a safe, convenient and effective means of preventing and treating hypertension.

[0003] Traditional Chinese medicine believes that acupoint massage is an important method for treating diseases, especially for hypertension. By stimulating specific acupoints, blood vessels can be unblocked, blood pressure can be lowered, and symptoms such as headaches and irritability can be relieved. However, traditional acupoint massage requires professional operation, is time-consuming, and is difficult to perform on your own.

[0004] Therefore, the present invention aims to develop a convenient and efficient wearable acupoint massage bracelet to meet the needs of hypertension prevention and treatment. It uses modern scientific and technological means to accurately stimulate specific acupoints on the palm of the human body, making it convenient for users to massage anytime and anywhere, thereby achieving the purpose of lowering blood pressure and improving cardiovascular health.

[0005] In view of the above-mentioned technical defects, a wearable acupoint massage hypertension prevention and treatment bracelet solution is proposed. Summary of the invention

[0006] To solve the above problems, the present invention provides the following technical solutions:

[0007] A wearable acupoint massage hypertension prevention and treatment bracelet, comprising:

[0008] A ring body, which is used for installing various components;

[0009] A massage component, which is arranged on the ring body and is used to perform acupoint massage according to the needs of the patient and is equipped with electric shock therapy as needed;

[0010] A moxibustion component, the moxibustion component is arranged on the ring body, the moxibustion component is connected to the massage component, and the moxibustion component is used for moxibustion treatment when the patient is undergoing massage, and hot compress is applied to the patient's acupoint massage;

[0011] A control system is provided, wherein the control system connects the massage component and the moxibustion component, and the control system is used to monitor the patient's physical data and realize intelligent management.

[0012] Furthermore, the massage component includes an electric push rod, a massage hammer and an electric shock therapy block, the electric push rod is arranged on the ring body, the protruding end of the electric push rod is fixedly connected to the massage hammer, the ring body is provided with a guide track, the massage hammer moves along the guide track, the electric shock therapy block is arranged at the end of the massage hammer, and the electric shock therapy block is used to perform electric shock therapy on the patient's skin and acupoints.

[0013] Furthermore, the moxibustion assembly includes a clamping tube and a filter. The clamping tube is arranged on the ring body, and the clamping tube is used to lock and fix the moxa stick. The filter is arranged at the end of the clamping tube, and the filter is used to fix the moxa stick and align the moxa stick with the acupuncture points on the patient's arm for moxibustion.

[0014] Furthermore, the control system comprises:

[0015] The sensor module includes a heart rate monitoring sensor, which is used to monitor the user's heart rate in real time and help detect fluctuations in high blood pressure; a blood pressure monitoring sensor, which monitors the user's blood pressure level, records it and feeds it back to the user; and a motion sensor, which is used to detect the user's exercise status and provide a health report based on the exercise data.

[0016] The acupoint massage module integrates multiple micro vibrators or pulse current stimulators according to the distribution of meridians and acupoints in the human body, acting on specific meridian acupoints; it automatically adjusts the massage intensity and frequency according to the user's health status, or allows the user to adjust it manually;

[0017] The control system software dynamically adjusts the acupoint massage mode based on real-time monitored physiological data and user feedback, and sets multiple massage programs for hypertension. Users can choose the corresponding treatment program according to their needs. Through the mobile phone app or other external devices, the bracelet synchronizes blood pressure and heart rate data to the cloud, and users can view historical health data and share it with doctors.

[0018] The communication module connects to a mobile phone or other terminal device via Bluetooth to transmit data in real time. Users can control the bracelet, view data or perform health management through the mobile phone application. The supporting mobile phone application provides a user interface for monitoring physiological data, controlling massage settings, viewing treatment effects, and recording health history;

[0019] Power management: The power management module needs to optimize power consumption, be equipped with a rechargeable lithium battery, and charge it wirelessly or via USB. The electronic components of the bracelet adopt a low-power design to ensure a long standby time.

[0020] Safety protection, overload protection is set to prevent damage to the skin and muscles caused by excessive massage or electrical stimulation. The bracelet is made of soft, breathable and waterproof material to ensure comfort and safety for long-term wearing.

[0021] Furthermore, the sensor module includes a heart rate sensor, which measures the user's heart rate in real time through photoplethysmography monitoring technology, monitors heart rate fluctuations during exercise or static state, and provides data basis for hypertension management;

[0022] Blood pressure sensor, which uses cuff-type or cuffless blood pressure measurement technology to record the user's blood pressure level through vibration detection or sensor array, providing periodic monitoring and real-time feedback;

[0023] Motion sensors, including accelerometers and gyroscopes, monitor the user's activity level and posture, number of steps, exercise type, and exercise intensity to help analyze the user's health and activity status;

[0024] Temperature sensor, which monitors the user's skin temperature in real time to assess the user's comfort and possible health issues;

[0025] Electrical stimulation sensors monitor the current or voltage generated during massage to ensure the safety and effectiveness of acupoint massage, ensure the appropriate intensity of massage, and avoid damage to the skin or muscles;

[0026] Environmental monitoring sensors monitor the temperature and humidity of the surrounding environment, adapt to different usage environments, ensure the user experience, provide users with feedback on environmental conditions, and avoid using the device in extreme weather conditions;

[0027] The data processing unit integrates data processing and analysis of various sensors to make the monitoring results easy to understand. It performs algorithm analysis based on the collected data, generates user health reports, and helps users manage their health.

[0028] Furthermore, the acupoint massage module includes accurately locating key acupoints of the part where the bracelet is worn, using pre-set acupoint positions, or dynamically locating through sensors and algorithms, vibrating the vibration motor at a specific frequency and intensity to simulate the effect of finger massage, and directly acting on the skin and acupoints through low-frequency electrical stimulation to produce an effect similar to acupuncture. Through moderate thermal effects, the acupoint stimulation effect is increased to help relax muscles and blood vessels. The intensity and frequency of the massage are adjusted according to the user's real-time physiological data and the preferences manually set by the user. Through a variety of preset modes, it is convenient for users to choose different modes according to their needs, allowing users to set the duration and frequency of massage to avoid excessive stimulation and improve the use effect, monitoring physiological feedback during the massage process through sensors to ensure the massage effect and safety, and real-time feedback of the massage effect and feeling through buttons or mobile applications. The bracelet adjusts the massage strategy based on the feedback.

[0029] Furthermore, the control system software includes real-time collection and processing of data from various sensors, analysis of the user's health status, automatic adjustment of massage mode and intensity according to the analysis results, ensuring the optimization and personalization of the massage effect, predicting health problems through long-term data accumulation and model training, and issuing early warnings. Through the buttons or touch screen on the bracelet, the user can directly perform simple operations and settings, such as starting / stopping massage, switching modes, viewing detailed health data, historical records, personalized suggestions in the application, displaying real-time data of key health indicators, selecting different massage modes, intensities and durations, viewing detailed daily, weekly, and monthly health data trends, and providing health management and lifestyle suggestions based on user data. Through Bluetooth / Wi-Fi connection, data synchronization between the bracelet and the mobile phone application is achieved to ensure seamless transmission of real-time data, and data is uploaded to the cloud server for persistent storage and advanced analysis. Users access data through multiple devices, and support data integration with common health management platforms to facilitate users to centrally manage health data.

[0030] Furthermore, the communication module includes establishing a stable connection between the bracelet and the user's smartphone or other Bluetooth device through Bluetooth technology, realizing seamless transmission of real-time health data from the bracelet to the mobile phone for users to view and analyze at any time. Bluetooth connection usually provides stable communication within a few meters to ensure that the user's data transmission in daily activities is not disturbed. Some advanced bracelets support Wi-Fi connection to transmit data over a larger range or in a specific network environment. Through Wi-Fi, the bracelet automatically synchronizes data to the cloud server to achieve long-term storage and backup of data. Doctors or family members remotely access this data through the Internet to provide users with timely health advice. The communication module adopts advanced encryption technology to ensure data security during transmission and follows strict privacy protection policies to ensure that users' personal information is not leaked. The communication module adopts a low-power design to extend the battery life of the bracelet. When data needs to be transmitted, the module wakes up from sleep mode to further reduce energy consumption.

[0031] Furthermore, the power management includes the use of high-capacity, low self-discharge lithium polymer batteries or lithium-ion batteries. Depending on the complexity of the bracelet's functions and the usage time requirements, the battery capacity is generally between 100mAh and 500mAh. It supports fast charging technology, usually uses a USB-C interface or a magnetic dedicated charger to improve charging efficiency, has overcharge, over-discharge, over-current, and over-temperature protection functions to ensure the safety of the charging process and battery life, supports wireless charging, and reduces the power consumption of each module by optimizing hardware design and software algorithms. When the bracelet detects that there is no operation for a period of time, it enters a low-power sleep mode. When needed, it quickly wakes up the bracelet and enters the working mode. It is equipped with energy harvesting technology as an auxiliary power source to further extend the usage time, intelligently allocates and optimizes the power consumption of each functional module of the bracelet to improve the overall energy efficiency, and uses low-power OLED or Ei nk screen, intelligently adjusts brightness and refresh rate to reduce screen power consumption, optimizes the working mode of the vibration motor, and minimizes energy consumption while ensuring notifications. It monitors the battery power in real time through sensors to accurately grasp the remaining usage time. When the battery power is lower than the preset threshold, it reminds the user to charge in time, and displays the power percentage on the bracelet screen or in the supporting application for the user to check at any time.

[0032] Furthermore, the safety protection includes using safe, non-toxic, and non-allergic materials to make the bracelet shell and wristband to ensure that long-term wearing will not cause irritation or damage to the skin, having a certain level of waterproof and dustproof, ensuring reliability in daily use, and avoiding failures caused by sweat, rain or dust. During charging and use, a built-in overcurrent protection circuit prevents sudden current from causing damage to the device or injury to the user. The operating temperature of the bracelet is monitored. When the temperature is too high, the power is automatically reduced or the bracelet enters a sleep state to prevent safety problems caused by overheating of the device. An automatic detection and adjustment function is provided to avoid excessive massage causing muscle fatigue or other discomfort. The massage is automatically stopped when a possible user discomfort reaction is detected. Electric stimulation technology is used for massage to ensure that the output current and voltage are within a safe range and will not have adverse effects on the human body. Advanced encryption technology is used for transmitted and stored health data to ensure the security of data when it is transmitted between devices and stored in the cloud. A secure firmware update mechanism is provided. The firmware package is digitally signed and verified to prevent malicious firmware intrusion. The application design includes vulnerability scanning, code review, and regular updates to prevent security vulnerabilities and malicious attacks.

[0033] Compared with the prior art, the present invention has the following beneficial effects:

[0034] 1. In a wearable acupoint massage hypertension prevention and treatment bracelet of the present invention, the ring body is used for installing various components; a massage component, which is arranged on the ring body, is used to perform acupoint massage according to the needs of the patient, and is equipped with electric shock therapy as needed; a moxibustion component, which is arranged on the ring body, is connected to the massage component, and is used for the patient to be equipped with moxibustion treatment during massage, and performs hot compress on the patient's acupoint massage; a control system, which connects the massage component and the moxibustion component, and is used to monitor the patient's physical data and realize intelligent management, and through the health data recording function, helps the patient understand his own blood pressure trend and massage effect, so as to carry out personalized health management;

[0035] 2. In a wearable acupoint massage bracelet for the prevention and treatment of hypertension, the present invention uses a sensor module, including a heart rate monitoring sensor, which is used to monitor the user's heart rate in real time to help detect fluctuations in hypertension; a blood pressure monitoring sensor, which monitors the user's blood pressure level, records and feeds back to the user; a motion sensor, which is used to detect the user's exercise status and provide a health report in combination with the exercise data. The acupoint massage module integrates multiple micro vibrators or pulse current stimulators according to the distribution of meridians and acupoints in the human body, and acts on specific meridian acupoints; it automatically adjusts the massage intensity and frequency according to the user's health status, or allows the user to adjust it manually; the control system software dynamically adjusts the acupoint massage mode according to the real-time monitored physiological data and user feedback, and sets multiple massage plans for hypertension. The user can choose the corresponding treatment program according to his or her needs. Through the mobile phone App or other external devices, the bracelet synchronizes the blood pressure and heart rate data to the cloud, and the user can view the historical health data and share it with the doctor; the communication module connects to the mobile phone or other terminal via Bluetooth. The terminal device is connected and data is transmitted in real time. Users can control the bracelet, view data or perform health management through the mobile phone application. The supporting mobile phone application provides a user interface for monitoring physiological data, controlling massage settings, viewing treatment effects, and recording health history; power management, the power management module needs to optimize power consumption, be equipped with a rechargeable lithium battery, and charge wirelessly or via USB. The electronic components of the bracelet adopt a low-power design to ensure a longer standby time; safety protection, overload protection is set to prevent damage to the skin and muscles due to excessive massage or electrical stimulation. The bracelet is made of soft, breathable and waterproof material to ensure comfort and safety for long-term wearing. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] In order to facilitate understanding by those skilled in the art, the present invention is further described below in conjunction with the accompanying drawings;

[0037] Figure 1 This is a schematic diagram of the overall structure of a wearable acupoint massage hypertension prevention and treatment bracelet of the present invention;

[0038] Figure 2A schematic cross-sectional view of the central axis of a wearable acupoint massage hypertension prevention and treatment bracelet of the present invention;

[0039] Figure 3 This is a schematic diagram of the overall framework of a control system in a wearable acupoint massage hypertension prevention and treatment bracelet of the present invention.

[0040] Figure numerals: 1. ring body; 2. massage component; 21. electric push rod; 22. massage hammer; 23. electric shock therapy block; 3. moxibustion component; 31. clamping tube; 32. filter. DETAILED DESCRIPTION

[0041] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0042] like Figure 1-3 As shown, a wearable acupoint massage hypertension prevention and treatment bracelet comprises:

[0043] Ring body 1, ring body 1 is used for installing various components;

[0044] Massage component 2, which is arranged on the ring body 1, and is used to perform acupoint massage according to the needs of the patient, and is equipped with electric shock therapy as needed;

[0045] The moxibustion component 3 is arranged on the ring body 1, and the moxibustion component 3 is connected to the massage component 2. The moxibustion component 3 is used for the patient to be equipped with moxibustion treatment during massage, and to perform hot compress on the patient's acupoint massage;

[0046] A control system connects the massage component 2 and the moxibustion component 3. The control system is used to monitor the patient's physical data and realize intelligent management.

[0047] Specifically, the massage component 2 includes an electric push rod 21, a massage hammer 22 and an electric shock therapy block 23. The electric push rod 21 is arranged on the ring body 1, and the extended end of the electric push rod 21 is fixedly connected to the massage hammer 22. A guide track is arranged on the ring body 1, and the massage hammer 22 moves along the guide track. The electric shock therapy block 23 is arranged at the end of the massage hammer 22, and the electric shock therapy block 23 is used to perform electric shock therapy on the patient's skin and acupuncture points. The moxibustion component 3 includes a clamping tube 31 and a filter 32. The clamping tube 31 is arranged on the ring body 1, and the clamping tube 31 is used to lock and fix the moxa stick. The filter 32 is arranged at the end of the clamping tube 31, and the filter 32 is used to fix the moxa stick and align the moxa stick with the patient's arm acupuncture points for moxibustion.

[0048] Specifically, the control system includes:

[0049] The sensor module includes a heart rate monitoring sensor, which is used to monitor the user's heart rate in real time and help detect fluctuations in high blood pressure; a blood pressure monitoring sensor, which monitors the user's blood pressure level, records it and feeds it back to the user; and a motion sensor, which is used to detect the user's exercise status and provide a health report based on the exercise data.

[0050] The acupoint massage module integrates multiple micro vibrators or pulse current stimulators according to the distribution of meridians and acupoints in the human body, acting on specific meridian acupoints; it automatically adjusts the massage intensity and frequency according to the user's health status, or allows the user to adjust it manually;

[0051] The control system software dynamically adjusts the acupoint massage mode based on real-time monitored physiological data and user feedback, and sets multiple massage programs for hypertension. Users can choose the corresponding treatment program according to their needs. Through the mobile phone app or other external devices, the bracelet synchronizes blood pressure and heart rate data to the cloud, and users can view historical health data and share it with doctors.

[0052] The communication module connects to a mobile phone or other terminal device via Bluetooth to transmit data in real time. Users can control the bracelet, view data or perform health management through the mobile phone application. The supporting mobile phone application provides a user interface for monitoring physiological data, controlling massage settings, viewing treatment effects, and recording health history;

[0053] Power management: The power management module needs to optimize power consumption, be equipped with a rechargeable lithium battery, and charge it wirelessly or via USB. The electronic components of the bracelet adopt a low-power design to ensure a long standby time.

[0054] Safety protection, overload protection is set to prevent damage to the skin and muscles caused by excessive massage or electrical stimulation. The bracelet is made of soft, breathable and waterproof material to ensure comfort and safety for long-term wearing.

[0055] Specifically, the sensor module includes a heart rate sensor, which measures the user's heart rate in real time through photoplethysmography monitoring technology, monitors heart rate fluctuations during exercise or static state, and provides data basis for hypertension management;

[0056] Blood pressure sensor, which uses cuff-type or cuffless blood pressure measurement technology to record the user's blood pressure level through vibration detection or sensor array, providing periodic monitoring and real-time feedback;

[0057] Motion sensors, including accelerometers and gyroscopes, monitor the user's activity level and posture, number of steps, exercise type, and exercise intensity to help analyze the user's health and activity status;

[0058] Temperature sensor, which monitors the user's skin temperature in real time to assess the user's comfort and possible health issues;

[0059] Electrical stimulation sensors monitor the current or voltage generated during massage to ensure the safety and effectiveness of acupoint massage, ensure the appropriate intensity of massage, and avoid damage to the skin or muscles;

[0060] Environmental monitoring sensors monitor the temperature and humidity of the surrounding environment, adapt to different usage environments, ensure the user experience, provide users with feedback on environmental conditions, and avoid using the device in extreme weather conditions;

[0061] The data processing unit integrates data processing and analysis of various sensors to make the monitoring results easy to understand. It performs algorithm analysis based on the collected data, generates user health reports, and helps users manage their health.

[0062] Specifically, the patient's treatment data is collected to establish a database, including image processing, which includes image scaling. The pixels of the image are adjusted by building a convolutional neural network. The neurons in each layer of the convolutional neural network are arranged in three dimensions: width, height and depth. For the input layer, the width and height refer to the width and height of the input image, and the depth represents the number of channels of the input image, which is calculated by the following formula:

[0063]

[0064] Among them, nout is the output size, nin is the input size, p is the padding size, f is the convolution kernel size, and s is the convolution step size. The original image is scaled by combining the original image pixel input size with the padding size through the convolutional neural network, and the width, height and depth of the original image are modified. After the original image is scaled, the clarity of the original image is guaranteed.

[0065] The analysis model is optimized by applying a loss function to the processed data. The loss function includes contrast loss. Contrast loss optimizes the model to make the distances of similar sample pairs close and the distances of dissimilar sample pairs far apart. For each pair of samples, the loss function calculates their distance in the embedding space and adjusts the model parameters according to the distance. The formula is as follows;

[0066]

[0067] Among them, d is the distance between sample pairs, m is a set boundary value, y indicates whether the sample pair is a positive sample pair, 1 indicates a positive sample pair, and 0 indicates a negative sample pair. For contrast loss calculation, for each query and its related data, its corresponding embedding vector is used as a positive sample pair. For the same query, its embedding vector with randomly selected irrelevant data is used as a negative sample pair.

[0068] Specifically, the acupoint massage module includes accurately locating key acupoints of the part where the bracelet is worn, using pre-set acupoint positions, or dynamically locating through sensors and algorithms, vibrating the vibration motor at a specific frequency and intensity to simulate the effect of finger massage, and directly acting on the skin and acupoints through low-frequency electrical stimulation to produce an effect similar to acupuncture. Through moderate thermal effects, the acupoint stimulation effect is increased to help relax muscles and blood vessels. The intensity and frequency of the massage are adjusted according to the user's real-time physiological data and the preferences manually set by the user. A variety of preset modes are used to facilitate users to choose different modes according to their needs, allowing users to set the duration and frequency of the massage to avoid excessive stimulation and improve the use effect. Sensors are used to monitor physiological feedback during the massage process to ensure the massage effect and safety, and real-time feedback on the massage effect and feeling is provided through buttons or mobile applications. The bracelet adjusts the massage strategy based on the feedback.

[0069] Specifically, the control system software includes real-time collection and processing of data from various sensors, analysis of the user's health status, automatic adjustment of massage mode and intensity according to the analysis results, ensuring the optimization and personalization of the massage effect, predicting health problems through long-term data accumulation and model training, and issuing early warnings. Through the buttons or touch screen on the bracelet, the user can directly perform simple operations and settings, such as starting / stopping massage, switching modes, viewing detailed health data, historical records, personalized suggestions in the application, displaying real-time data of key health indicators, selecting different massage modes, intensities and durations, viewing detailed daily, weekly, and monthly health data trends, and providing health management and lifestyle suggestions based on user data. Through Bluetooth / Wi-Fi connection, data synchronization between the bracelet and the mobile phone application is achieved to ensure seamless transmission of real-time data, and data is uploaded to the cloud server for persistent storage and advanced analysis. Users access data through multiple devices, and support data integration with common health management platforms to facilitate users to centrally manage health data.

[0070] Specifically, the communication module includes establishing a stable connection between the bracelet and the user's smartphone or other Bluetooth device through Bluetooth technology, realizing seamless transmission of real-time health data from the bracelet to the mobile phone for users to view and analyze at any time. Bluetooth connection usually provides stable communication within a few meters to ensure that the user's data transmission in daily activities is not disturbed. Some advanced bracelets support Wi-Fi connection to transmit data over a larger range or in a specific network environment. Through Wi-Fi, the bracelet automatically synchronizes data to the cloud server to achieve long-term storage and backup of data. Doctors or family members remotely access this data through the Internet to provide users with timely health advice. The communication module uses advanced encryption technology to ensure data security during transmission and follows strict privacy protection policies to ensure that users' personal information is not leaked. The communication module adopts a low-power design to extend the battery life of the bracelet. When data needs to be transmitted, the module wakes up from sleep mode to further reduce energy consumption.

[0071] The communication module supports multiple operating systems (such as iOS, Android, etc.) to ensure wide device compatibility. Third-party application integration: It can be seamlessly integrated with third-party applications such as health management applications and fitness tracking applications to provide a rich user experience. OTA update: The communication module supports receiving firmware and software updates through over-the-air transmission (OTA), continuously introducing new features and improving performance. User notification: When a new update is available, the bracelet will send a notification to the user through the communication module. The communication module is an indispensable part of the wearable acupressure massage hypertension prevention and treatment bracelet. It connects the bracelet to the outside world through technologies such as Bluetooth and Wi-Fi to ensure the security of data transmission, while taking into account low power consumption and wide compatibility. These features together ensure that users can easily manage their health data and share this information with medical professionals or relatives and friends.

[0072] Specifically, the power management includes the use of high-capacity, low self-discharge lithium polymer batteries or lithium-ion batteries. Depending on the complexity of the bracelet's functions and the usage time requirements, the battery capacity is generally between 100mAh and 500mAh. It supports fast charging technology, usually uses a USB-C interface or a magnetic dedicated charger to improve charging efficiency, has overcharge, over-discharge, over-current, and over-temperature protection functions to ensure the safety of the charging process and battery life, supports wireless charging, and reduces the power consumption of each module by optimizing hardware design and software algorithms. When the bracelet detects that there is no operation for a period of time, it enters a low-power sleep mode. When needed, it quickly wakes up the bracelet and enters the working mode. It is equipped with energy harvesting technology as an auxiliary power source to specifically extend the usage time, intelligently allocate and optimize the power consumption of each functional module of the bracelet to improve the overall energy efficiency, and uses low-power OLED or Ei nk screen, intelligently adjusts brightness and refresh rate to reduce screen power consumption, optimizes the working mode of the vibration motor, and minimizes energy consumption while ensuring notifications. It monitors the battery power in real time through sensors to accurately grasp the remaining usage time. When the battery power is lower than the preset threshold, it reminds the user to charge in time, and displays the power percentage on the bracelet screen or in the supporting application for the user to check at any time.

[0073] Through OTA upgrades, we continuously optimize the power management strategy and improve battery utilization efficiency. Background task optimization: optimize the operating mechanism of system background tasks to reduce unnecessary power consumption. The power management module ensures that the wearable acupoint massage hypertension prevention and treatment bracelet has a long battery life and a safe and reliable use experience while ensuring full functionality by selecting high-performance batteries, optimizing charging methods, reducing power consumption, and intelligent power management. These measures not only improve the user's convenience, but also extend the overall life of the device.

[0074] Specifically, the safety protection includes using safe, non-toxic, and non-allergic materials to make the bracelet shell and wristband to ensure that long-term wearing will not cause irritation or damage to the skin. It has a certain level of waterproof and dustproof to ensure reliability in daily use and avoid failures caused by sweat, rain or dust. During charging and use, it has a built-in overcurrent protection circuit to prevent sudden current from causing damage to the device or injury to the user. It monitors the operating temperature of the bracelet. When the temperature is too high, it automatically reduces the power or enters a sleep state to prevent safety problems caused by overheating of the device. It is equipped with automatic detection and adjustment functions to avoid excessive massage causing muscle fatigue or other discomfort. It automatically stops massage when possible user discomfort reactions are detected. It uses electrical stimulation technology for massage to ensure that the output current and voltage are within a safe range and will not have adverse effects on the human body. The transmitted and stored health data uses advanced encryption technology to ensure the security of data when it is transmitted between devices and stored in the cloud. It provides a secure firmware update mechanism. The firmware package is digitally signed and verified to prevent malicious firmware intrusion. The application design includes vulnerability scanning, code review and regular updates to prevent security vulnerabilities and malicious attacks.

[0075] In the bracelet and its supporting applications, biometrics (such as fingerprint recognition, facial recognition) or multi-factor authentication (MFA) is used to ensure the uniqueness and security of the user's identity.

[0076] Access control: Limit the access rights of different levels of users to data to ensure that only authorized users can view and operate sensitive information.

[0077] Security monitoring and warning, abnormality monitoring: The wristband has a built-in security monitoring system, which monitors the operating status and sensor data of the device in real time. When abnormal behavior is detected, it will issue a warning in time and automatically take protective measures, such as power off and restart. All key operations and abnormal situations are recorded for subsequent analysis and problem tracking.

[0078] User training and support, providing detailed user manuals and safety use guides to educate users on how to properly operate and maintain the bracelet to avoid safety issues caused by misoperation; establishing a complete customer service support system to provide users with timely and professional technical support and safety consulting services; the safety protection of the wearable acupoint massage hypertension prevention and treatment bracelet uses a series of hardware, software and system-level security measures to ensure that the user's physical safety and data privacy are not threatened. These comprehensive security measures not only improve the reliability of the device, but also enhance the user's sense of trust, allowing them to use the product for health management with peace of mind.

[0079] The working principle of the wearable acupoint massage hypertension prevention and treatment bracelet of the present invention is as follows: the ring body is used for installing various components; the massage component is arranged on the ring body, the massage component is used to perform acupoint massage according to the patient's needs, and is equipped with electric shock therapy as needed; the moxibustion component is arranged on the ring body, the moxibustion component is connected to the massage component, the moxibustion component is used to provide the patient with moxibustion treatment when the patient is undergoing massage, and hot compress is performed on the patient's acupoint massage; the control system, the control system connects the massage component and the moxibustion component, the control system is used to monitor the patient's physical data and realize intelligent management, and through the health data recording function, the patient is helped to understand his own blood pressure trend and massage effect, so as to perform personalized health management; through the sensor module, including the heart rate monitoring sensor, it is used to monitor the user's heart rate in real time to help detect the fluctuation of hypertension; the blood pressure monitoring sensor monitors the user's blood pressure level, records and feeds back to the user; the motion sensor is used to detect the user's motion state, and provides a health report in combination with the motion data. The acupoint massage module integrates multiple micro vibrators or pulse current stimulators according to the distribution of human meridians and acupoints, acting on specific meridian acupoints; it automatically adjusts the massage intensity and frequency according to the user's health status, or allows the user to adjust manually; the control system software dynamically adjusts the acupoint massage mode according to real-time monitored physiological data and user feedback, and sets multiple massage programs for hypertension. Users can choose the corresponding treatment program according to their needs. Through the mobile phone App or other external devices, the bracelet synchronizes blood pressure and heart rate data to the cloud, and users can view historical health data and share them with doctors; the communication module communicates with mobile phones or other terminals via Bluetooth The terminal device is connected and data is transmitted in real time. Users can control the bracelet, view data or perform health management through the mobile phone application. The supporting mobile phone application provides a user interface for monitoring physiological data, controlling massage settings, viewing treatment effects, and recording health history; power management, the power management module needs to optimize power consumption, be equipped with a rechargeable lithium battery, and charge wirelessly or via USB. The electronic components of the bracelet adopt a low-power design to ensure a longer standby time; safety protection, overload protection is set to prevent damage to the skin and muscles due to excessive massage or electrical stimulation. The bracelet is made of soft, breathable and waterproof material to ensure comfort and safety for long-term wearing.

[0080] The preferred embodiments of the present invention disclosed above are only used to help explain the present invention. The preferred embodiments do not describe all the details in detail, nor do they limit the invention to only specific implementation methods. Obviously, many modifications and changes can be made according to the content of this specification. This specification selects and specifically describes these embodiments in order to better explain the principles and practical applications of the present invention, so that those skilled in the art can understand and use the present invention well. The present invention is limited only by the claims and their full scope and equivalents.

Claims

1. A wearable acupoint massage bracelet for preventing and treating hypertension, characterized in that: include: A ring body (1), wherein the ring body (1) is used for installing various components; A massage component (2), the massage component (2) being arranged on the ring body (1), the massage component (2) being used to perform acupoint massage according to the needs of the patient, and being equipped with electric shock therapy as required; A moxibustion component (3), the moxibustion component (3) being arranged on the ring body (1), the moxibustion component (3) being connected to the massage component (2), and the moxibustion component (3) being used for moxibustion treatment when a patient is undergoing massage, so as to perform hot compress on the patient's acupoints; A control system, wherein the control system connects the massage component (2) and the moxibustion component (3), and the control system is used to monitor the patient's body data and realize intelligent management.

2. A wearable acupoint massage hypertension prevention and treatment bracelet according to claim 1, characterized in that: The massage assembly (2) comprises an electric push rod (21), a massage hammer (22) and an electric shock therapy block (23); the electric push rod (21) is arranged on the ring body (1); the protruding end of the electric push rod (21) is fixedly connected to the massage hammer (22); a guide track is arranged on the ring body (1); the massage hammer (22) moves along the guide track; the electric shock therapy block (23) is arranged at the end of the massage hammer (22); and the electric shock therapy block (23) is used to perform electric shock therapy on the patient's skin and acupuncture points.

3. A wearable acupoint massage hypertension prevention and treatment bracelet according to claim 2, characterized in that: The moxibustion assembly (3) comprises a clamping tube (31) and a filter (32), wherein the clamping tube (31) is arranged on the ring body (1), and the clamping tube (31) is used to lock and fix the moxa stick; the filter (32) is arranged at the end of the clamping tube (31), and the filter (32) is used to fix the moxa stick and align the moxa stick with the acupuncture points on the patient's arm for moxibustion.

4. A wearable acupoint massage hypertension prevention and treatment bracelet according to claim 3, characterized in that: The control system comprises: Sensor modules include a heart rate monitoring sensor, which is used to monitor the user's heart rate in real time and help detect fluctuations in high blood pressure; a blood pressure monitoring sensor, which monitors the user's blood pressure level, records it and provides feedback to the user; and a motion sensor, which is used to detect the user's exercise status and provide a health report based on exercise data. The acupoint massage module integrates multiple micro vibrators or pulse current stimulators according to the distribution of meridians and acupoints in the human body, acting on specific meridian acupoints; it automatically adjusts the massage intensity and frequency according to the user's health status, or allows the user to adjust it manually; The control system software dynamically adjusts the acupoint massage mode based on real-time monitored physiological data and user feedback, and sets multiple massage programs for hypertension. Users can choose the corresponding treatment program according to their needs. Through the mobile phone app or other external devices, the bracelet synchronizes blood pressure and heart rate data to the cloud, and users can view historical health data and share it with doctors. The communication module connects to a mobile phone or other terminal device via Bluetooth to transmit data in real time. Users can control the bracelet, view data or perform health management through the mobile phone application. The supporting mobile phone application provides a user interface for monitoring physiological data, controlling massage settings, viewing treatment effects, and recording health history; Power management: The power management module needs to optimize power consumption, be equipped with a rechargeable lithium battery, and charge it wirelessly or via USB. The electronic components of the bracelet adopt a low-power design to ensure a long standby time. Safety protection, overload protection is set to prevent damage to the skin and muscles caused by excessive massage or electrical stimulation. The bracelet is made of soft, breathable and waterproof material to ensure comfort and safety for long-term wearing.

5. A wearable acupoint massage hypertension prevention and treatment bracelet according to claim 4, characterized in that: The sensor module includes a heart rate sensor, which measures the user's heart rate in real time through photoplethysmography monitoring technology, monitors heart rate fluctuations during exercise or static state, and provides data basis for hypertension management; Blood pressure sensor, which uses cuff-type or cuffless blood pressure measurement technology to record the user's blood pressure level through vibration detection or sensor array, providing periodic monitoring and real-time feedback; Motion sensors, including accelerometers and gyroscopes, monitor the user's activity level and posture, number of steps, exercise type, and exercise intensity to help analyze the user's health and activity status; Temperature sensor, which monitors the user's skin temperature in real time to assess the user's comfort and possible health issues; Electrical stimulation sensors monitor the current or voltage generated during massage to ensure the safety and effectiveness of acupoint massage, ensure the appropriate intensity of massage, and avoid damage to the skin or muscles; Environmental monitoring sensors monitor the temperature and humidity of the surrounding environment, adapt to different usage environments, ensure the user experience, provide users with feedback on environmental conditions, and avoid using the device in extreme weather conditions; The data processing unit integrates data processing and analysis of various sensors to make the monitoring results easy to understand. It performs algorithm analysis based on the collected data, generates user health reports, and helps users manage their health.

6. A wearable acupoint massage hypertension prevention and treatment bracelet according to claim 5, characterized in that: The acupoint massage module includes accurately locating the key acupoints of the bracelet wearing part, using pre-set acupoint positions, or dynamically locating through sensors and algorithms, vibrating at a specific frequency and intensity through a vibration motor to simulate the effect of finger massage, directly acting on the skin and acupoints through low-frequency electrical stimulation to produce an effect similar to acupuncture, increasing the acupoint stimulation effect through moderate thermal action, helping to relax muscles and blood vessels, adjusting the intensity and frequency of the massage according to the user's real-time physiological data and the user's manually set preferences, and facilitating users to choose different modes according to their needs through a variety of preset modes. The user is allowed to set the length and frequency of the massage to avoid excessive stimulation and improve the use effect, monitor physiological feedback during the massage process through sensors to ensure the massage effect and safety, and provide real-time feedback on the massage effect and feeling through buttons or mobile applications. The bracelet adjusts the massage strategy based on the feedback.

7. A wearable acupoint massage hypertension prevention and treatment bracelet according to claim 6, characterized in that: The control system software includes real-time collection and processing of data from various sensors, analysis of the user's health status, automatic adjustment of massage mode and intensity based on the analysis results, ensuring the optimization and personalization of the massage effect, predicting health problems through long-term data accumulation and model training, and issuing early warnings. Through the buttons or touch screen on the bracelet, the user can directly perform simple operations and settings, such as starting / stopping massage, switching modes, viewing detailed health data, historical records, personalized suggestions in the application, displaying real-time data of key health indicators, selecting different massage modes, intensities and durations, viewing detailed daily, weekly, and monthly health data trends, and providing health management and lifestyle suggestions based on user data. Through Bluetooth / Wi-Fi connection, data synchronization between the bracelet and the mobile phone application is achieved to ensure seamless transmission of real-time data, and data is uploaded to the cloud server for persistent storage and advanced analysis. Users access data through multiple devices, and support data integration with common health management platforms to facilitate users to centrally manage health data.

8. A wearable acupoint massage hypertension prevention and treatment bracelet according to claim 6, characterized in that: The communication module includes establishing a stable connection between the bracelet and the user's smartphone or other Bluetooth device through Bluetooth technology, realizing seamless transmission of real-time health data from the bracelet to the mobile phone for users to view and analyze at any time. Bluetooth connection usually provides stable communication within a few meters to ensure that the user's data transmission in daily activities is not disturbed. Some advanced bracelets support Wi-Fi connection to transmit data over a larger range or in a specific network environment. Through Wi-Fi, the bracelet automatically synchronizes data to the cloud server to achieve long-term storage and backup of data. Doctors or family members remotely access this data through the Internet to provide users with timely health advice. The communication module adopts advanced encryption technology to ensure data security during transmission and follows strict privacy protection policies to ensure that users' personal information is not leaked. The communication module adopts a low-power design to extend the battery life of the bracelet. When data needs to be transmitted, the module wakes up from sleep mode to further reduce energy consumption.

9. A wearable acupoint massage hypertension prevention and treatment bracelet according to claim 8, characterized in that: The power management includes the use of high-capacity, low self-discharge lithium polymer batteries or lithium-ion batteries. Depending on the complexity of the bracelet's functions and the usage time requirements, the battery capacity is generally between 100mAh and 500mAh. It supports fast charging technology and usually uses a USB-C interface or a magnetic dedicated charger to improve charging efficiency. It has overcharge, over-discharge, over-current, and over-temperature protection functions to ensure the safety of the charging process and battery life. It supports wireless charging and reduces the power consumption of each module by optimizing hardware design and software algorithms. When the bracelet detects that there is no operation for a period of time, it enters a low-power sleep mode and quickly wakes up the bracelet when needed. The bracelet enters working mode and is equipped with energy harvesting technology as an auxiliary power source to further extend the usage time. It intelligently allocates and optimizes the power consumption of each functional module of the bracelet to improve the overall energy efficiency. It uses low-power OLED or E-ink screens, intelligently adjusts brightness and refresh frequency to reduce screen power consumption, optimizes the working mode of the vibration motor, and enables the reminder function to minimize energy consumption while ensuring notification. It monitors the battery power in real time through sensors to accurately grasp the remaining usage time. When the battery power is lower than the preset threshold, it reminds the user to charge in time, and displays the power percentage on the bracelet screen or in the supporting application for the user to check at any time.

10. A wearable acupoint massage bracelet for preventing and treating hypertension according to claim 8, characterized in that the safety protection includes using safe, non-toxic, and non-allergic materials to make the bracelet shell and wristband to ensure that long-term wearing will not cause irritation or damage to the skin, and having a certain waterproof and dustproof level to ensure reliability in daily use and avoid malfunctions caused by the entry of sweat, rain or dust. During charging and use, an overcurrent protection circuit is built in to prevent sudden current from causing damage to the device or injury to the user, and the working temperature of the bracelet is monitored. When the temperature is too high, the power is automatically reduced or the bracelet enters a sleep state to prevent the device from overheating. To prevent safety issues caused by heat, it is equipped with automatic detection and adjustment functions to avoid muscle fatigue or other discomfort caused by excessive massage. It automatically stops massage when possible discomfort reactions of the user are detected. It uses electrical stimulation technology for massage to ensure that the output current and voltage are within a safe range and will not have adverse effects on the human body. The transmitted and stored health data uses advanced encryption technology to ensure the security of data when it is transmitted between devices and stored in the cloud. It provides a secure firmware update mechanism. The firmware package is digitally signed and verified to prevent malicious firmware intrusion. The application design includes vulnerability scanning, code review and regular updates to prevent security vulnerabilities and malicious attacks.

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