Vibration massage bracelet capable of promoting blood circulation

Abstract

The invention belongs to the technical field of massage equipment, and particularly relates to a vibration massage bracelet for promoting blood circulation, comprising: a bracelet body for massaging a wrist; the ventilation assembly is arranged on one side of the inner surface of the bracelet body, is connected with the bracelet body and is used for exhausting during massage; the temperature control assembly is arranged in the bracelet body, and the temperature control assembly is used for adjusting the temperature of the bracelet and massaging when the bracelet body is attached to a user; the display assembly is used for collecting and displaying the data of the massage bracelet and the blood flow data of the user during massage; the control system is connected with the temperature control assembly, the display assembly and the ventilation assembly, is used for adjusting the ventilation assembly to exhaust air and controlling the temperature control assembly to keep the temperature of the massage bracelet, and is also used for being connected with the display assembly to collect data and analyze the data for visual analysis; the massage of the user can be visually monitored, and the blood flow data of the user can be controlled to change the massage data.

Description

Technical Field

[0001] The invention relates to the technical field of massage equipment, in particular to a vibration massage bracelet for promoting blood circulation. Background Art

[0002] With the accelerated pace of life, busy work often makes people feel tired, so many massage products have appeared. Most of the existing health massage products are aimed at massaging the shoulders, necks, backs, waists, legs, feet, etc. of the human body. In fact, people often use mice, keyboards, etc. in work and study, which will cause fatigue and soreness in the hands. There are few devices for hand massage, and massage is generally performed manually to help blood circulation. However, due to the lack of professional massage skills by users, the massage intensity is difficult to control. Excessive intensity will cause harm to users, and too little intensity will not achieve the effect of promoting blood circulation. In addition, the traditional massage method lacks an effective intensity feedback mechanism, which makes it impossible for users to understand the massage intensity in real time, further increasing the difficulty of operation.

[0003] In view of the above technical defects, a vibration massage bracelet solution for promoting blood circulation is now proposed. Summary of the invention

[0004] To solve the above problems, the present invention provides the following technical solutions:

[0005] A vibration massage bracelet for promoting blood circulation, comprising:

[0006] Bracelet body;

[0007] An airbag vibration massage component, which is arranged inside the bracelet body and is used to perform pressure massage on the user's wrist;

[0008] A breathable component, which is arranged on one side of the inner surface of the bracelet body, is connected to the bracelet body and is used for exhausting air during massage;

[0009] A temperature control component, which is disposed in the wristband body and is used to adjust the temperature of the wristband and massage the wristband body when the wristband body is against the user, so as to promote the user's blood circulation;

[0010] A display component, which is arranged on the outer surface of the wristband body and is used to collect and display the data of the wristband body and the blood flow data of the user during massage;

[0011] A control system is provided, wherein the control system is connected to the temperature control component, the display component and the breathable component. The control system is used to adjust the breathable component to exhaust air and control the temperature control component to maintain the temperature of the bracelet body, and is also used to connect to the display component to collect data and analyze the data for visual analysis.

[0012] Furthermore, the breathable component includes a breathable layer and breathable holes, the breathable layer is arranged on the bracelet body, and the breathable holes are arranged along the peripheral wall of the breathable layer and are used for multi-angle exhaust;

[0013] The temperature control component is arranged in the wristband body, and the temperature control component includes a first power supply, a temperature regulator, a heating element and a heat dissipation element. The first power supply is arranged outside the wristband body, the temperature regulator is arranged along the back of the wristband body and connected to the first power supply, the heating element is arranged in the wristband body, the heating element is connected to the temperature regulator and heats the wristband body, and the heat dissipation element is arranged in the wristband body, the heat dissipation element is connected to the temperature regulator and dissipates heat in time according to the temperature of the wristband body.

[0014] Furthermore, the display component includes a photoelectric volumetric pulse wave sensor, a pressure sensor and a display screen, the pressure sensor and the photoelectric volumetric pulse wave sensor are arranged along the outside of the wristband body, the display screen is made of flexible material, and the display screen is arranged along the back of the wristband body, the photoelectric volumetric pulse wave sensor is used to detect and obtain blood flow data at the user's wrist, and the display screen is connected to the pressure sensor and the photoelectric volumetric pulse wave sensor and collects data for visual analysis;

[0015] The airbag vibration massage component includes a micro air pump, an air valve, a second power supply and multiple air bags. The second power supply is arranged inside the bracelet body and is electrically connected to the micro air pump. The micro air pump is connected to the multiple air bags and is used to inflate the multiple air bags. The air valve is connected to the multiple air bags. The air valve is used to control the gas in and out of the air bags, so as to control the inflation and deflation of the air bags to adjust the intensity and rhythm of the vibration massage of the user's wrist.

[0016] Furthermore, the control system comprises:

[0017] Controller module: includes microcontroller unit, control logic firmware, including programming code, used to control the logic and workflow of the entire bracelet;

[0018] The first power management module includes a battery for providing energy to the wristband, and a first power management circuit including a charging circuit, a battery protection circuit and a power monitoring circuit;

[0019] User interaction interface module: operation interface, including buttons, touch screen, and a remote control APP connected to the bracelet;

[0020] Visual display, used to show current temperature and massage intensity status information;

[0021] A wireless communication component, including a Bluetooth module, for communicating with monitoring equipment;

[0022] Safety module: includes a safety shut-off mechanism that automatically turns off the heating and massage functions under abnormal conditions.

[0023] Operation status monitoring unit, which monitors the overall health of the system and notifies the user when anomalies are detected;

[0024] The data processing module is used to store and analyze the real-time user information collected by the bracelet to generate a visual report.

[0025] Furthermore, the controller module includes:

[0026] Microcontroller / microprocessor: including embedded microcontroller or microprocessor, which is used to run firmware programs, control the heating and massage actions of the bracelet, and process sensor input; memory, which is used to store running programs and temporarily save runtime data, including flash memory and SRAM;

[0027] Input / output interface: GPIO port: used to connect and control various peripheral devices, including heating modules and massage actuators;

[0028] ADC, which converts analog signals into digital signals that the microcontroller can process;

[0029] PWM output for controlling the speed of the motor and the power output of the heating element;

[0030] Communication interface: Wireless module: including Bluetooth and Wi-Fi modules for communicating with the user's smart device, serial interface for the microcontroller to communicate with other electronic components, such as display or external memory;

[0031] Safety and monitoring functions: Fault detection, through diagnostic functions to detect faults in the system, including sensor failures, circuit failures; over-temperature protection, when the internal temperature of the system exceeds the standard, the microcontroller can take necessary measures, such as turning off the heating element to avoid danger.

[0032] Furthermore, the visual display includes:

[0033] Display screen: including LED, LCD, and OLED displays, which are used to display the working status, current temperature, and massage mode of the bracelet. The display screen provides a user interaction interface, allowing users to adjust settings and operate the bracelet through touch screens and physical buttons;

[0034] Indicator light: used to indicate the working status of the bracelet, including heating status, massage mode, and power status; indicator lights of different colors and flashing frequencies can indicate different statuses, making it easy for users to quickly identify them;

[0035] User interface: including mobile phone applications and remote controllers, through which users can remotely control the bracelet and monitor the status of the bracelet;

[0036] Graphical interface: provides intuitive charts and animations to show the working status and changing trends of the bracelet, such as temperature curve and massage intensity changes; the graphical interface makes it easier for users to understand the operation of the bracelet and make corresponding adjustments;

[0037] Voice prompts: Use voice prompts, including buzzers or speakers, to convey information about the status of the bracelet to the user, including successful startup and heating completion;

[0038] Data recording and analysis: The visual control system also includes data recording and analysis functions, which record the working data and user preferences of the bracelet, and help users understand the usage and performance of the bracelet.

[0039] Furthermore, the data processing module includes:

[0040] Data collector: including sensors and interface circuits, used to collect various data in the bracelet system, including temperature, pressure, and motion status. The sensors include temperature sensors, pressure sensors, and acceleration sensors. Through the data collected by the sensors, the data processing module can monitor the status of the bracelet in real time;

[0041] Data processing unit: including microprocessor, microcontroller and digital signal processor, responsible for processing and analyzing the collected data; the data processing unit includes ADC to convert analog sensor data into digital signals for calculation and analysis;

[0042] Algorithms and logic: including preset algorithms and logic for processing data and implementing control strategies, including controlling the temperature of heating elements and adjusting massage intensity;

[0043] Storage unit: used to store collected data, historical records, and user settings, including flash memory and EEPROM; the storage unit helps the system record and analyze data while retaining user settings to ensure user experience and system performance.

[0044] Compared with the prior art, the present invention has the following beneficial effects:

[0045] 1. In a vibration massage bracelet for promoting blood circulation of the present invention, an airbag vibration massage component is arranged inside the bracelet body, and is used to perform pressure massage on the wrist of the user. By designing an inflatable airbag inside the bracelet body, the expansion and contraction of the airbag is used to perform pressure massage, which can effectively apply pressure to the wrist of the user, thereby improving local blood circulation; a breathable component is arranged on one side of the inner surface of the bracelet body, and the breathable component is connected to the bracelet body and used to exhaust air during massage; a temperature control component is arranged in the bracelet body, and the temperature control component is used to adjust the temperature of the bracelet when the bracelet body is close to the user and perform massage; a display component is arranged on the back of the bracelet body, and the display component is used to collect and display the data of the bracelet body and the blood flow data of the user during massage; a control system is connected to the temperature control component, the display component and the breathable component, and the control system is used to adjust the breathable component to exhaust air and control the temperature control component to maintain the temperature of the bracelet body, and is also used to connect the display component to collect data and analyze the data for visual analysis, and has the function of visually monitoring the user's massage and controlling the user's blood flow data to change the massage data;

[0046] 2. In a vibration massage bracelet for promoting blood circulation of the present invention, a data collector is used: including sensors and interface circuits for collecting various data in the bracelet system, including temperature, pressure, and motion status. The sensors include temperature sensors, pressure sensors, and acceleration sensors. Through the data collected by the sensors, the data processing module can monitor the status of the bracelet in real time; including a microprocessor, a microcontroller, and a digital signal processor, which are responsible for processing and analyzing the collected data; the data processing unit includes an ADC for converting analog sensor data into digital signals for calculation and analysis; including preset algorithms and logic for processing data and implementing control strategies, including controlling the temperature of the heating element and adjusting the massage intensity; for storing collected data, historical records, and user setting information, including flash memory and EEPROM; the storage unit helps the system record and analyze data while retaining the user's settings to ensure user experience and system performance, and has an intuitive analysis effect on the user's blood flow data. BRIEF DESCRIPTION OF THE DRAWINGS

[0047] In order to facilitate understanding by those skilled in the art, the present invention is further described below in conjunction with the accompanying drawings;

[0048] Figure 1 This is a schematic diagram of the overall structure of a vibration massage bracelet for promoting blood circulation according to the present invention;

[0049] Figure 2 It is a schematic diagram of the framework of a control system in a vibration massage bracelet for promoting blood circulation of the present invention;

[0050] Figure 3 This is a schematic diagram of the framework of a visual display module in a vibration massage bracelet for promoting blood circulation according to the present invention;

[0051] Figure 4 This is a schematic diagram of the framework of a temperature control component in a vibration massage bracelet for promoting blood circulation according to the present invention;

[0052] Figure 5 The present invention is a schematic diagram of the framework of an airbag vibration massage component in a vibration massage bracelet for promoting blood circulation.

[0053] Figure numerals: 1. bracelet body; 2. breathable layer; 3. breathable hole; 4. first power source; 5. temperature regulator; 6. heating element; 7. heat dissipation element; 8. display screen; 9. micro air pump; 10. air valve; 11. second power source; 12. airbag. DETAILED DESCRIPTION

[0054] 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.

[0055] like Figure 1-Figure 5 As shown, a vibration massage bracelet for promoting blood circulation comprises:

[0056] Bracelet body 1;

[0057] An airbag vibration massage component is arranged inside the bracelet body 1 and is used to perform pressure massage on the user's wrist;

[0058] A breathable component, which is arranged on one side of the inner surface of the wristband body 1, is connected to the wristband body 1 and is used for exhausting air during massage;

[0059] A temperature control component is disposed in the wristband body 1. The temperature control component is used to adjust the temperature of the wristband and perform massage when the wristband body 1 is attached to the user, so as to promote the blood circulation of the user;

[0060] A display component, which is disposed on the outer surface of the wristband body 1 and is used to collect and display data from the wristband body 1 and blood flow data during massage of the user;

[0061] The control system is connected to the temperature control component, the display component and the breathable component. The control system is used to adjust the breathable component to exhaust air and control the temperature control component to maintain the temperature of the bracelet body 1. It is also used to connect the display component to collect data and analyze the data for visual analysis.

[0062] The breathable component includes a breathable layer 2 and breathable holes 3, the breathable layer 2 is arranged on the bracelet body 1, and the breathable holes 3 are arranged along the peripheral wall of the breathable layer 2 and are used for multi-angle exhaust; the temperature control component is arranged in the bracelet body 1, and the temperature control component includes a first power supply 4, a temperature regulator 5, a heating element 6 and a heat dissipation element 7, the first power supply 4 is arranged outside the bracelet body 1, the temperature regulator 5 is arranged along the back of the bracelet body 1 and connected to the first power supply 4, the heating element 6 is arranged in the bracelet body 1, the heating element 6 is connected to the temperature regulator 5 and heats the bracelet body 1, and the heat dissipation element 7 is arranged in the bracelet body 1, the heat dissipation element 7 is connected to the temperature regulator 5 and dissipates heat in time according to the temperature of the bracelet body 1. The display component includes a photoelectric volumetric pulse wave sensor, a pressure sensor and a display screen 8. The pressure sensor and the photoelectric volumetric pulse wave sensor are arranged along the outside of the wristband body 1. The display screen 8 is made of flexible material and is arranged along the back of the wristband body 1. The photoelectric volumetric pulse wave sensor is used to detect and obtain blood flow data at the user's wrist. The display screen 8 is connected to the pressure sensor and the photoelectric volumetric pulse wave sensor and collects data for visual analysis. The airbag vibration massage component includes a micro air pump 9, an air valve 10, a second power supply 11 and a plurality of air bags 12. The second power supply 11 is arranged inside the wristband body 1 and connected to the micro air pump 9. Electrically connected, the micro air pump 9 is connected to the multiple air bags 12 and is used to inflate the multiple air bags 12. The air valve 10 is connected to the multiple air bags 12. The air valve 10 is used to control the gas in and out of the air bags 12, so as to control the inflation and deflation of the air bags 12 to adjust the intensity and rhythm of the vibration massage of the user's wrist. By designing an inflatable air bag 12 inside the bracelet body 1, the expansion and contraction of the air bag 12 is used to perform pressure massage. This method can effectively apply pressure to the user's wrist, thereby improving local blood circulation, and has the effect of visually monitoring the user's massage and controlling the user's blood flow data to change the massage data.

[0063] The control system includes:

[0064] Controller module: includes microcontroller unit, control logic firmware, including programming code, used to control the logic and workflow of the entire bracelet;

[0065] The first power management module includes a battery for providing energy to the wristband, and a first power management circuit including a charging circuit, a battery protection circuit and a power monitoring circuit;

[0066] User interaction interface module: operation interface, including buttons, touch screen, and a remote control APP connected to the bracelet;

[0067] Visual display, used to show current temperature and massage intensity status information;

[0068] A wireless communication component, including a Bluetooth module, for communicating with monitoring equipment;

[0069] Safety module: includes a safety shut-off mechanism that automatically turns off the heating and massage functions under abnormal conditions.

[0070] Operation status monitoring unit, which monitors the overall health of the system and notifies the user when anomalies are detected;

[0071] Data processing module: The data processing module is used to store and analyze the real-time user information collected by the bracelet to generate a visual report.

[0072] The controller module includes:

[0073] Microcontroller / microprocessor: including embedded microcontroller or microprocessor, which is used to run firmware programs, control the heating and massage actions of the bracelet, and process sensor input; memory, which is used to store running programs and temporarily save runtime data, including flash memory and SRAM;

[0074] Input / output interface: GPIO port: used to connect and control various peripheral devices, including heating modules and massage actuators;

[0075] ADC, which converts analog signals into digital signals that the microcontroller can process;

[0076] PWM output for controlling the speed of the motor and the power output of the heating element;

[0077] Communication interface: Wireless module: including Bluetooth and Wi-Fi modules for communicating with the user's smart device, serial interface for the microcontroller to communicate with other electronic components, such as display or external memory;

[0078] Safety and monitoring functions: Fault detection, through diagnostic functions to detect faults in the system, including sensor failures, circuit failures; over-temperature protection, when the internal temperature of the system exceeds the standard, the microcontroller can take necessary measures, such as turning off the heating element to avoid danger.

[0079] Visual displays include:

[0080] Display screen: including LED, LCD, and OLED displays, which are used to display the working status, current temperature, and massage mode of the bracelet. The display screen provides a user interaction interface, allowing users to adjust settings and operate the bracelet through touch screens and physical buttons;

[0081] Indicator light: used to indicate the working status of the bracelet, including heating status, massage mode, and power status; indicator lights of different colors and flashing frequencies can indicate different states, making it easy for users to quickly identify them;

[0082] User interface: including mobile phone applications and remote controllers, through which users can remotely control the bracelet and monitor the status of the bracelet;

[0083] Graphical interface: provides intuitive charts and animations to show the working status and changing trends of the bracelet, such as temperature curve and massage intensity changes; the graphical interface makes it easier for users to understand the operation of the bracelet and make corresponding adjustments;

[0084] Voice prompts: Use voice prompts, including buzzers or speakers, to convey information about the status of the bracelet to the user, including successful startup and heating completion;

[0085] Data recording and analysis: The visual control system also includes data recording and analysis functions, which record the working data and user preferences of the bracelet, and help users understand the usage and performance of the bracelet.

[0086] The data processing module includes:

[0087] Data collector: including sensors and interface circuits, used to collect various data in the bracelet system, including temperature, pressure, and motion status. The sensors include temperature sensors, pressure sensors, and acceleration sensors. Through the data collected by the sensors, the data processing module can monitor the status of the bracelet in real time;

[0088] Data processing unit: including microprocessor, microcontroller and digital signal processor, responsible for processing and analyzing the collected data; the data processing unit includes ADC to convert analog sensor data into digital signals for calculation and analysis;

[0089] Algorithms and logic: including preset algorithms and logic for processing data and implementing control strategies, including controlling the temperature of heating elements and adjusting massage intensity;

[0090] Storage unit: used to store collected data, historical records, and user settings, including flash memory and EEPROM; the storage unit helps the system record and analyze data while retaining user settings to ensure user experience and system performance.

[0091] Data processing also includes carrying out linear programming of data points in the database with discrete functions to generate visual linear graphs, including the normal distribution function as follows:

[0092]

[0093] Where Zi is the normal distribution standardized value of data point i, xi is the data set value of data point i, is the average value of the data set of the current database, S is the width value of the current database, and the data points of the database are selected and visualized by calculating the normal distribution standardized values ​​of the data points.

[0094] Data processing includes data filtering, which is done by building a filtering algorithm model. The formula is as follows:

[0095] g(i, j)=Σk, lf(i+k,j+l)h(k,l),

[0096] Among them, g(i, j) is the function obtained after filtering, f(i+k, j+l) is the original database filtering, h(k, l) is the domain operator, (i, j) is the data set after filtering, (i+k, j+l) is the original data set, (k, l) is the difference between the data set before filtering and the data set after filtering, and the data between data point i, data point j, data point k and data point l are filtered by carrying the filtering function, and the database is cleaned by the filtering function g(i, j) to obtain highly reliable data.

[0097] Data visualization involves normal distribution of data in the database, and the calculation formula is as follows:

[0098]

[0099] Among them, P(x) is the normal distribution probability of the specified data in the database, μ is the data error value, and σ is the variance value of the database data. is the normal distribution ratio function of the data nodes in the database, and x is the current data node.

[0100] The working principle of the vibration massage bracelet for promoting blood circulation of the present invention is as follows: by designing an inflatable air bag 12 inside the bracelet body 1, the expansion and contraction of the air bag 12 is used to perform pressure massage, which can effectively apply pressure to the user's wrist, thereby improving local blood circulation; a breathable component is arranged on one side of the inner surface of the bracelet body 1, the breathable component is connected to the bracelet body 1 and is used to exhaust air during massage; a temperature control component is arranged in the bracelet body 1, the temperature control component is used to adjust the temperature of the bracelet when the bracelet body 1 is against the user and perform massage; a display component is arranged on the back of the bracelet body 1, the display component is used to collect and display data of the bracelet body 1 and blood flow data of the user during massage; a control system connects the temperature control component with the display component and the breathable component, the control system is used to adjust the breathable component to exhaust air and control the temperature control component to maintain the temperature of the bracelet body 1, and is also used to connect the display component to collect data and analyze the data for visual analysis, which has the function of visually analyzing the user's massage. Monitor and control the user's blood flow data to change the massage data; through the data collector: including sensors and interface circuits, used to collect various data in the bracelet system, including temperature, pressure, and motion status. The sensors include temperature sensors, pressure sensors, and acceleration sensors. Through the data collected by the sensors, the data processing module can monitor the status of the bracelet in real time; including microprocessors, microcontrollers, and digital signal processors, responsible for processing and analyzing the collected data; the data processing unit includes ADC for converting analog sensor data into digital signals for calculation and analysis; including preset algorithms and logic for processing data and implementing control strategies, including controlling the temperature of the heating element and adjusting the massage intensity; used to store the collected data, historical records, and user setting information, including flash memory and EEPROM; the storage unit helps the system record and analyze data while retaining the user's settings to ensure user experience and system performance, and has an intuitive analysis effect on the user's blood flow data.

[0101] 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 vibration massage bracelet for promoting blood circulation, characterized in that: include: Bracelet body (1); An airbag vibration massage component, which is arranged inside the bracelet body (1) and is used to perform pressure massage on the user's wrist; A breathable component, the breathable component being arranged on one side of the inner surface of the wristband body (1), the breathable component being connected to the wristband body (1) and being used for exhausting air during massage; A temperature control component, the temperature control component is arranged in the wristband body (1), and the temperature control component is used to adjust the temperature of the wristband when the wristband body (1) is placed against the user and to perform massage, so as to promote the user's blood circulation; A display component, the display component is arranged on the outer surface of the wristband body (1), and the display component is used to collect and display data of the wristband body (1) and blood flow data of the user during massage; A control system, wherein the control system is connected to the temperature control component, the display component and the breathable component, and the control system is used to adjust the breathable component to exhaust air and control the temperature control component to maintain the temperature of the bracelet body (1), and is also used to connect to the display component to collect data and analyze the data for visual analysis.

2. A vibration massage bracelet for promoting blood circulation according to claim 1, characterized in that: The breathable component comprises a breathable layer (2) and breathable holes (3), wherein the breathable layer (2) is arranged on the bracelet body (1), and the breathable holes (3) are arranged along the peripheral wall of the breathable layer (2) and are used for multi-angle exhaust; The temperature control component is arranged in the wristband body (1), and the temperature control component comprises a first power source (4), a temperature regulator (5), a heating element (6) and a heat dissipation element (7). The first power source (4) is arranged outside the wristband body (1), the temperature regulator (5) is arranged along the back of the wristband body (1) and is connected to the first power source (4), the heating element (6) is arranged in the wristband body (1), the heating element (6) is connected to the temperature regulator (5) and heats the wristband body (1), and the heat dissipation element (7) is arranged in the wristband body (1), the heat dissipation element (7) is connected to the temperature regulator (5) and dissipates heat in time according to the temperature of the wristband body (1).

3. A vibration massage bracelet for promoting blood circulation according to claim 2, characterized in that: The display component comprises a photoplethysmography sensor, a pressure sensor and a display screen (8); the pressure sensor and the photoplethysmography sensor are arranged along the outside of the wristband body (1); the display screen (8) is made of a flexible material and arranged along the back of the wristband body (1); the photoplethysmography sensor is used to detect and obtain blood flow data at the wrist of a user; the display screen (8) is connected to the pressure sensor and the photoplethysmography sensor and collects data for visual analysis; The airbag vibration massage component comprises a micro air pump (9), an air valve (10), a second power source (11) and a plurality of air bags (12); the second power source (11) is arranged inside the bracelet body (1) and is electrically connected to the micro air pump (9); the micro air pump (9) is connected to the plurality of air bags (12) and is used to inflate the plurality of air bags (12); the air valve (10) is connected to the plurality of air bags (12); the air valve (10) is used to control the flow of gas into and out of the air bags (12) to control the inflation and deflation of the air bags (12) to adjust the intensity and rhythm of the vibration massage on the user's wrist.

4. A vibration massage bracelet for promoting blood circulation according to claim 3, characterized in that: The control system comprises: Controller module: includes microcontroller unit, control logic firmware, including programming code, used to control the logic and workflow of the entire bracelet; The first power management module includes a battery for providing energy to the wristband, and a first power management circuit including a charging circuit, a battery protection circuit and a power monitoring circuit; User interaction interface module: operation interface, including buttons, touch screen, and a remote control APP connected to the bracelet; Visual display, used to show current temperature and massage intensity status information; A wireless communication component, including a Bluetooth module, for communicating with monitoring equipment; Safety module: includes a safety shut-off mechanism that automatically turns off the heating and massage functions under abnormal conditions. Operation status monitoring unit, which monitors the overall health of the system and notifies the user when anomalies are detected; The data processing module is used to store and analyze the real-time user information collected by the bracelet to generate a visual report.

5. A vibration massage bracelet for promoting blood circulation according to claim 4, characterized in that: The controller module comprises: Microcontroller / microprocessor: including embedded microcontroller and microprocessor, which are used to run firmware programs, control the heating and massage actions of the bracelet, and process sensor input; memory, which is used to store running programs and temporarily save runtime data, including flash memory and SRAM; Input / output interface: GPIO port: used to connect and control various peripheral devices, including heating modules and massage actuators; ADC, which converts analog signals into digital signals that the microcontroller can process; PWM output for controlling the speed of the motor and the power output of the heating element; Communication interface: Wireless module: including Bluetooth and Wi-Fi modules for communication with the user's smart devices, serial interface for communication between the microcontroller and other electronic components; Safety and monitoring functions: Fault detection, through diagnostic functions to detect faults in the system, including sensor faults, circuit faults; over-temperature protection, when the internal temperature of the system exceeds the standard, the microcontroller can take necessary measures.

6. A vibration massage bracelet for promoting blood circulation according to claim 5, characterized in that: The visual display includes: Display screen: including LED, LCD, and OLED displays, which are used to display the working status, current temperature, and massage mode of the bracelet. The display screen provides a user interaction interface, allowing users to adjust settings and operate the bracelet through touch screens and physical buttons; Indicator light: used to indicate the working status of the bracelet, including heating status, massage mode, and power status; indicator lights of different colors and flashing frequencies can indicate different statuses, making it easy for users to quickly identify them; User interface: including mobile phone applications and remote controllers, through which users can remotely control the bracelet and monitor the status of the bracelet; Graphical interface: provides intuitive charts and animations to show the working status and change trends of the bracelet, including temperature curves and massage intensity changes; the graphical interface makes it easier for users to understand the operation of the bracelet and make corresponding adjustments; Voice prompt: through voice prompts, including buzzers and speakers, to convey information about the status of the bracelet to the user, such as successful startup and heating completion; Data recording and analysis: The visual control system also includes data recording and analysis functions, which record the working data and user preferences of the bracelet, and help users understand the usage and performance of the bracelet.

7. A vibration massage bracelet for promoting blood circulation according to claim 6, characterized in that: The data processing module comprises: Data collector: including sensors and interface circuits, used to collect various data in the bracelet system, including temperature, pressure, and motion status. The sensors include temperature sensors, pressure sensors, and acceleration sensors. Through the data collected by the sensors, the data processing module can monitor the status of the bracelet in real time; Data processing unit: including microprocessor, microcontroller and digital signal processor, responsible for processing and analyzing the collected data; the data processing unit includes ADC to convert analog sensor data into digital signals for calculation and analysis; Algorithms and logic: including preset algorithms and logic for processing data and implementing control strategies, including controlling the temperature of heating elements and adjusting massage intensity; Storage unit: used to store collected data, historical records, and user settings, including flash memory and EEPROM; the storage unit helps the system record and analyze data while retaining user settings to ensure user experience and system performance.

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