Intelligent bellyband integrating multiple functions

Abstract

The invention belongs to the technical field of bellybands, and particularly relates to an integrated multifunctional intelligent bellyband which comprises a band body used for connecting all components. The detection assembly is arranged on the belt body, and the detection assembly is used for detecting body information of a wearer and transmitting body data; the pressurizing assembly is arranged on the belt body, and the pressurizing assembly is used for inflating the belt body and pressurizing and massaging the abdomen of a wearer; and the control system is connected with the detection assembly and the pressurization assembly, is used for supervising and controlling the overall operation of the bellyband, has the functions of intelligently controlling the bellyband and adjusting the bellyband according to the needs of a wearer, and intelligently manages the body data of the wearer.

Description

Technical Field

[0001] The invention relates to the technical field of belly bands, in particular to an integrated multifunctional intelligent belly band. Background Art

[0002] Whether it is the world of women's clothing or the world of children's clothing, competition is heating up in all fields, and smart clothing is no exception. Smart clothing was originally a cutting-edge field. As the clothing industry becomes increasingly prosperous, merchants with a keen sense of smell have expanded its previously narrow market space. In the next few years, our wardrobes will be filled with such smart clothing - smart shirts that can read human heartbeat, body temperature, and breathing rate; jackets that can automatically play music; T-shirts that can display text and images on the chest, etc. The technology media once predicted that the future of clothing will become a truly multifunctional portable high-tech product, where a piece of clothing can play music, videos, adjust the temperature, and even surf the Internet at the same time.

[0003] This case involves wearable clothing with electromyographic stimulation function, electric pulse muscle stimulation, which is usually used to enhance muscle strength, circumference and endurance, and can also play a role in partially accelerating muscle recovery. It can make muscle contraction more powerful.

[0004] There are many types of such devices, but most of them need to be external, that is, they need to be attached to the skin or inserted into a strap. The electrodes are easy to detach and shift, which affects the comfort of the wearer and has a relatively simple function. In view of the above technical defects, an integrated multifunctional intelligent abdominal belt solution is now proposed. Summary of the invention

[0005] To solve the above problems, the present invention provides the following technical solutions: An integrated multifunctional intelligent abdominal belt, comprising: A belt body, which is used to connect the components; A detection component, the detection component is arranged on the belt body, and the detection component is used to detect the body information of the wearer and transmit the body data; A pressurizing component, which is disposed on the belt body and is used to inflate the belt body and apply pressure to massage the wearer's abdomen; A control system is provided, wherein the control system is connected to the detection component and the pressurization component for monitoring and controlling the overall operation of the abdominal belt.

[0006] Furthermore, the detection component includes a plurality of detection heads, a temperature sensor, a pressure sensor and a conductive chip. The detection heads are arranged along the side wall of the belt. The temperature sensor is connected to one of the detection heads and monitors the temperature of the abdominal belt. The pressure sensor is connected to another of the detection heads and monitors the pressure output of the abdominal belt. The conductive chip is arranged on the side wall of the belt and is close to the abdomen of the wearer. The conductive chip is used to monitor the wearer's physical parameters including blood pressure, blood oxygen and heart rate.

[0007] Furthermore, the pressurizing component includes a pressure bag and an inflator. The pressure bag is arranged along the side wall of the belt body and is arranged according to the arrangement of acupuncture points of the human body. The inflator is set on the abdominal belt and inflates and pressurizes the pressure bag as needed.

[0008] Furthermore, the control system comprises: Sensor module: including a temperature sensor to detect body temperature or the temperature of the surrounding environment of the abdomen; a pressure sensor to monitor the tightness of the abdominal belt; an acceleration sensor or a gyroscope to detect the activity status of the user; Data acquisition and processing module: including a data acquisition unit for collecting sensor data; a microprocessor or control unit for processing sensor data and performing corresponding calculations and analyses; Communication module: including wireless communication unit for data transmission, convenient for connecting with mobile phones or other smart devices; User interface module: including a display screen to display system status, temperature, and pressure information; control buttons or a touch screen through which the user adjusts settings or modes; Heating or cooling module: including heating element for warming or therapeutic effect on the abdomen; cooling element for cooling the abdomen; Power module: includes battery: provides power for the entire system, power management unit, manages power distribution and charging functions.

[0009] Furthermore, the data acquisition and processing module includes: Analog-to-digital converter: converts the analog signal generated by the sensor into a digital signal for processing by the microcontroller; Sensor interface: provides connection with various sensors such as temperature, pressure, and heart rate to ensure accurate data collection; Processor: executes program code to calculate and process the collected data; Memory: includes random access memory and read-only memory, used to store program code and data; Clock management: ensuring the system runs at the appropriate frequency and managing the timing of different modules; Data processing algorithms: including filtering algorithms to remove noise from signals and improve data quality; data fusion algorithms to combine data from different sensors to provide more accurate system status information; pattern recognition algorithms: analyze data patterns to identify the user's health status or activity status; Non-volatile memory: used to store configuration parameters, calibration data, and history records, and temporarily store data before it is transferred to an external device.

[0010] Furthermore, the communication module includes: A wireless communication unit comprising: Bluetooth: suitable for short-distance data transmission, low power consumption, suitable for real-time health data synchronization, suitable for transmitting large amounts of data or continuous connection; Wi-Fi: Provides wide-range wireless communication capabilities, allowing devices to connect to home or public networks, suitable for frequent data uploads to the cloud or software updates; Near Field Communication: allows devices to quickly pair and exchange data at close range, suitable for device configuration and short-term data transmission; Wired communication unit, comprising: USB interface, allowing direct connection to a computer for data transfer and device charging, supporting firmware updates and debugging; Wired serial port for inter-module communication and connection with external sensors or subsystems; Protocol stacks and software drivers, including: Bluetooth protocol stack: responsible for the packaging, transmission and unpacking of Bluetooth data, and enhancing the reliability of data transmission; Wi-Fi protocol stack: manages Wi-Fi connections and data communications to ensure security and stability; NFC protocol stack: manages NFC protocol and data exchange; Security and encryption include: Data encryption: AES and TLS encryption technologies are used to ensure the security of data transmission; Authentication: Prevent unauthorized access through device pairing and encryption key management.

[0011] Furthermore, the user interface module includes: Display unit, comprising: LCD screen: displays system status, real-time data such as heart rate, steps, temperature, alarm information, and setting menu; Indicator light: used to indicate the working status of the device, such as switch status, connection status, battery power and alarm prompt; Input unit, including: Physical buttons: used for device switching, mode switching, and parameter adjustment operations; Touch screen: allows users to perform various operations by touch, such as sliding, clicking, dragging and dropping, providing a richer interactive experience; Voice control: Integrated microphone and voice recognition module, allowing users to control the device through voice commands, especially suitable for users who are inconvenient to operate manually; Feedback unit, comprising: Vibration motor: used for alarm feedback and tactile prompts, such as sending vibration warnings when abnormal conditions are detected; Buzzer: sound prompt, used for alarm or operation confirmation feedback; Connectivity and pairing, including: QR code / NFC tag: Quickly pair and configure devices by scanning QR code or touching NFC; Bluetooth / Wi-Fi connection indicator: Displays the Bluetooth or Wi-Fi connection status to help users understand the connection status between the device and external devices; Mobile applications and software interfaces, including: Mobile App: Provides an interactive interface with the smart belt, including data display such as heart rate, steps, sleep, device settings, notification reminders, etc. Usually supports iOS and Android platforms; Real-time data monitoring: users can view their body data in real time through the App; Device settings and controls: Allows users to adjust device settings, such as alarm thresholds and operating modes; Historical data analysis: Provides the recording and analysis of historical health data to help users monitor their health status over a long period of time; Web platform: An interface accessed through a browser, similar to the functions of a mobile app, providing users with another way to access and manage data.

[0012] Furthermore, the heating or cooling module comprises: Heating unit, electric heating element, such as PTC thermistor, with high heating efficiency and stable temperature, heating wire / electric heating film, used to be installed in the abdominal belt to provide uniform heating effect; Cooling unit, semiconductor cooling plate, driven by electric current for cooling, with two-way adjustment capability, including heating and cooling; coolant or gel pack, used to provide a longer-lasting cooling effect during the cooling process, usually requires pre-freezing; Preset temperature and mode selection: Users select the desired function heating or cooling and target temperature through the touch screen or mobile app; Startup procedure: The microcontroller starts the heating or cooling module according to the user settings, and the temperature sensor starts to monitor the temperature in real time; Temperature regulation and maintenance: The control unit dynamically adjusts the working state of the electric heating element or Peltier element based on the sensor data to ensure that the temperature remains within the target range.

[0013] Furthermore, the power module includes: A battery unit comprising: Type selection: including lithium-ion batteries and lithium polymer batteries, with high energy density and long service life; Capacity design: Design appropriate battery capacity according to the function needs of the abdominal belt and the expected usage time, between 1000mAh and 5000mAh; Charge management, including: Charging circuit: Intelligent charging management IC ensures that the battery is charged safely and quickly, and prevents overcharging, overcurrent and short circuit; Charging interface: including USB-C or Micro-USB, supporting fast charging protocol to speed up charging; Charging indication: Display charging status and battery level through LED light or screen; Power management IC, including: Power distribution: responsible for distributing battery power to various modules such as microcontrollers, sensors, and heating / cooling modules; Voltage regulation: Built-in DC-DC converter provides stable power output to avoid voltage fluctuations affecting system operation; Low power consumption design: supports sleep mode and low power consumption mode to extend the battery life of the device; Protection circuits, including: Overcurrent protection: prevent excessive current from damaging the battery or equipment; Overvoltage protection: monitors voltage levels to prevent damage caused by excessive voltage; Over-temperature protection: Monitor the temperature of the battery and power module through temperature sensors to avoid dangers of overheating.

[0014] Compared with the prior art, the present invention has the following beneficial effects: 1. In the integrated multifunctional intelligent abdominal belt of the present invention, the belt body is used to connect various components; the detection component is arranged on the belt body, and the detection component is used to detect the body information of the wearer and transmit the body data; the pressurizing component is arranged on the belt body, and the pressurizing component is used to inflate the belt body and pressurize and massage the wearer's abdomen; the control system is connected with the detection component and the pressurizing component to supervise and control the overall operation of the abdominal belt, and has the function of intelligently controlling the abdominal belt and adjusting it according to the needs of the wearer, and the effect of intelligently managing the wearer's body data; 2. In an integrated multifunctional intelligent abdominal belt of the present invention, the sensor module includes: a temperature sensor for detecting body temperature or the temperature of the environment around the abdomen; a pressure sensor for monitoring the tightness of the abdominal belt; an acceleration sensor or a gyroscope for detecting the activity status of the user; a data acquisition unit for collecting sensor data; a microprocessor or a control unit for processing the sensor data and performing corresponding calculations and analyses; a wireless communication unit for data transmission, which is convenient for connecting with a mobile phone or other smart devices; a display screen for displaying system status, temperature, and pressure information; a control button or a touch screen, through which the user adjusts the settings or modes; a heating element for keeping the abdomen warm or for therapeutic effects; a cooling element for cooling the abdomen; a battery for providing power to the entire system, a power management unit for managing the distribution and charging of power, and having the functions of the abdominal belt for intelligent control and real-time feedback on the use of the abdominal belt for timely supervision. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] In order to facilitate understanding by those skilled in the art, the present invention is further described below in conjunction with the accompanying drawings; Figure 1 This is a schematic diagram of the overall structure of an integrated multifunctional smart abdominal belt of the present invention; Figure 2 The present invention is a framework schematic diagram of a control system in an integrated multifunctional intelligent abdominal belt.

[0016] Figure numerals: 1. belt body; 2. detection component; 21. detection head; 22. temperature sensor; 23. pressure sensor; 24. conductive chip; 3. pressurizing component; 31. pressure bag; 32. inflator. DETAILED DESCRIPTION

[0017] 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.

[0018] like Figure 1-2 As shown, an integrated multifunctional smart abdominal belt includes: A belt body 1, which is used to connect various components; A detection component 2, the detection component 2 is arranged on the belt body 1, and the detection component 2 is used to detect the body information of the wearer and transmit the body data; A pressurizing component 3, which is disposed on the belt body 1 and is used to inflate the belt body 1 and apply pressure to massage the wearer's abdomen; A control system is provided, wherein the control system is connected to the detection component 2 and the pressurization component 3 for monitoring and controlling the overall operation of the abdominal belt.

[0019] Specifically, the detection component 2 includes a plurality of detection heads 21, a temperature sensor 22, a pressure sensor 23 and a conductive chip 24. The detection heads 21 are arranged along the side wall of the belt 1. The temperature sensor 22 is connected to a detection head 21 and monitors the temperature of the belly belt. The pressure sensor 23 is connected to another detection head 21 and monitors the pressure output of the belly belt. The conductive chip 24 is arranged on the side wall of the belt 1 and is close to the wearer's abdomen. The conductive chip 24 is used to monitor the wearer's body parameters including blood pressure, blood oxygen and heart rate. The pressurization component 3 includes a pressure bag 31 and a pressurizer 32. The pressure bag 31 is arranged along the side wall of the belt 1 and is arranged according to the arrangement of acupuncture points of the human body. The pressurizer 32 is arranged on the belly belt and inflates and pressurizes the pressure bag 31 as needed.

[0020] Specifically, the control system includes: Sensor module: including a temperature sensor to detect body temperature or the temperature of the surrounding environment of the abdomen; a pressure sensor to monitor the tightness of the abdominal belt; an acceleration sensor or a gyroscope to detect the activity status of the user; Data acquisition and processing module: including a data acquisition unit for collecting sensor data; a microprocessor or control unit for processing sensor data and performing corresponding calculations and analyses; Communication module: including wireless communication unit for data transmission, convenient for connecting with mobile phones or other smart devices; User interface module: including a display screen to display system status, temperature, and pressure information; control buttons or a touch screen through which the user adjusts settings or modes; Heating or cooling module: including heating element for warming or therapeutic effect on the abdomen; cooling element for cooling the abdomen; Power module: includes battery: provides power for the entire system, power management unit, manages power distribution and charging functions.

[0021] Specifically, the data acquisition and processing module includes: Analog-to-digital converter: converts the analog signal generated by the sensor into a digital signal for processing by the microcontroller; Sensor interface: provides connection with various sensors such as temperature, pressure, and heart rate to ensure accurate data collection; Processor: executes program code to calculate and process the collected data; Memory: includes random access memory and read-only memory, used to store program code and data; Clock management: ensuring the system runs at the appropriate frequency and managing the timing of different modules; Data processing algorithms: including filtering algorithms to remove noise from signals and improve data quality; data fusion algorithms to combine data from different sensors to provide more accurate system status information; pattern recognition algorithms: analyze data patterns to identify the user's health status or activity status; Non-volatile memory: used to store configuration parameters, calibration data, and history records, and temporarily store data before it is transferred to an external device.

[0022] Specifically, the communication module includes: A wireless communication unit comprising: Bluetooth: suitable for short-distance data transmission, low power consumption, suitable for real-time health data synchronization, suitable for transmitting large amounts of data or continuous connection; Wi-Fi: Provides wide-range wireless communication capabilities, allowing devices to connect to home or public networks, suitable for frequent data uploads to the cloud or software updates; Near Field Communication: allows devices to quickly pair and exchange data at close range, suitable for device configuration and short-term data transmission; Wired communication unit, comprising: USB interface, allowing direct connection to a computer for data transfer and device charging, supporting firmware updates and debugging; Wired serial port for inter-module communication and connection with external sensors or subsystems; Protocol stacks and software drivers, including: Bluetooth protocol stack: responsible for the packaging, transmission and unpacking of Bluetooth data, and enhancing the reliability of data transmission; Wi-Fi protocol stack: manages Wi-Fi connections and data communications to ensure security and stability; NFC protocol stack: manages NFC protocol and data exchange; Security and encryption include: Data encryption: AES and TLS encryption technologies are used to ensure the security of data transmission; Authentication: Prevent unauthorized access through device pairing and encryption key management.

[0023] Specifically, the user interface module includes: Display unit, comprising: LCD screen: displays system status, real-time data such as heart rate, steps, temperature, alarm information, and setting menu; Indicator light: used to indicate the working status of the device, such as switch status, connection status, battery power and alarm prompt; Input unit, including: Physical buttons: used for device switching, mode switching, and parameter adjustment operations; Touch screen: allows users to perform various operations by touch, such as sliding, clicking, dragging and dropping, providing a richer interactive experience; Voice control: Integrated microphone and voice recognition module, allowing users to control the device through voice commands, especially suitable for users who are inconvenient to operate manually; Feedback unit, comprising: Vibration motor: used for alarm feedback and tactile prompts, such as sending vibration warnings when abnormal conditions are detected; Buzzer: sound prompt, used for alarm or operation confirmation feedback; Connectivity and pairing, including: QR code / NFC tag: Quickly pair and configure devices by scanning QR code or touching NFC; Bluetooth / Wi-Fi connection indicator: Displays the Bluetooth or Wi-Fi connection status to help users understand the connection status between the device and external devices; Mobile applications and software interfaces, including: Mobile App: Provides an interactive interface with the smart belt, including data display such as heart rate, steps, sleep, device settings, notification reminders, etc. Usually supports iOS and Android platforms; Real-time data monitoring: users can view their body data in real time through the App; Device settings and controls: Allows users to adjust device settings, such as alarm thresholds and operating modes; Historical data analysis: Provides the recording and analysis of historical health data to help users monitor their health status over a long period of time; Web platform: An interface accessed through a browser, similar to the functions of a mobile app, providing users with another way to access and manage data.

[0024] Specifically, the heating or cooling module includes: Heating unit, electric heating element, such as PTC thermistor, with high heating efficiency and stable temperature, heating wire / electric heating film, used to be installed in the abdominal belt to provide uniform heating effect; Cooling unit, semiconductor cooling plate, driven by electric current for cooling, with two-way adjustment capability, including heating and cooling; coolant or gel pack, used to provide a longer-lasting cooling effect during the cooling process, usually requires pre-freezing; Preset temperature and mode selection: Users select the desired function heating or cooling and target temperature through the touch screen or mobile app; Startup procedure: The microcontroller starts the heating or cooling module according to the user settings, and the temperature sensor starts to monitor the temperature in real time; Temperature regulation and maintenance: The control unit dynamically adjusts the working state of the electric heating element or Peltier element based on the sensor data to ensure that the temperature remains within the target range.

[0025] Specifically, the power module includes: A battery unit comprising: Type selection: including lithium-ion batteries and lithium polymer batteries, with high energy density and long service life; Capacity design: Design appropriate battery capacity according to the function needs of the abdominal belt and the expected usage time, between 1000mAh and 5000mAh; Charge management, including: Charging circuit: Intelligent charging management IC ensures that the battery is charged safely and quickly, and prevents overcharging, overcurrent and short circuit; Charging interface: including USB-C or Micro-USB, supporting fast charging protocol to speed up charging; Charging indication: Display charging status and battery level through LED light or screen; Power management IC, including: Power distribution: responsible for distributing battery power to various modules such as microcontrollers, sensors, and heating / cooling modules; Voltage regulation: Built-in DC-DC converter provides stable power output to avoid voltage fluctuations affecting system operation; Low power consumption design: supports sleep mode and low power consumption mode to extend the battery life of the device; Protection circuits, including: Overcurrent protection: prevent excessive current from damaging the battery or equipment; Overvoltage protection: monitors voltage levels to prevent damage caused by excessive voltage; Over-temperature protection: Monitor the temperature of the battery and power module through temperature sensors to avoid dangers of overheating.

[0026] Specifically, the data processing includes data filtering, and the data filtering processing is performed by building a filtering algorithm model. The formula is as follows: ; in, is the function obtained after filtering, Filter the original database. is a domain operator, which filters the data between data point i, data point j, data point k and data point l by carrying a filter function. Complete the cleaning of the database to obtain highly reliable data.

[0027] The data processing includes visual analysis of the data set in the database and generating a visual report, including data collection using a data error function, the formula is as follows: ; in, is the error probability between samples of data points X and Y, is the Pearson coefficient of data point X, Y, is the sample variance of data points X and Y.

[0028] The data processing also includes carrying out linear programming on the data points in the database using discrete functions to generate a visual linear graph, including a normal distribution function as follows: ; in, Normal distribution standardized value of data point i, is the data set value of data point i, is the average value of the data set of the current database, The width value of the current database.

[0029] The working principle of the integrated multifunctional intelligent abdominal belt of the present invention is as follows: through the belt body, the belt body is used to connect various components; the detection component is arranged on the belt body, and the detection component is used to detect the wearer's body information and transmit body data; the pressurizing component is arranged on the belt body, and the pressurizing component is used to inflate the belt body and pressurize and massage the wearer's abdomen; the control system is connected with the detection component and the pressurizing component to supervise and control the overall operation of the abdominal belt, and has the function of intelligently controlling the abdominal belt and adjusting it according to the needs of the wearer, and has the effect of intelligently managing the wearer's body data; through the sensor module: including a temperature sensor, detecting body temperature or the temperature of the environment around the abdomen; a pressure sensor, monitoring the tightness of the abdominal belt; An accelerometer or gyroscope detects the user's activity status; includes a data acquisition unit for collecting sensor data; a microprocessor or control unit for processing sensor data and performing corresponding calculations and analysis; includes a wireless communication unit for data transmission to facilitate connection with a mobile phone or other smart device; includes a display screen for displaying system status, temperature, and pressure information; control buttons or a touch screen, and the user adjusts the settings or modes through the interface; includes a heating element for warming or therapeutic effects on the abdomen; a cooling element for cooling the abdomen; includes a battery: provides power for the entire system, a power management unit, manages the distribution of power and charging functions, has intelligent control of the functions of the belly belt and real-time feedback on the use of the belly belt for timely supervision.

[0030] 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. An integrated multifunctional intelligent abdominal belt, characterized in that: include: A belt body (1), wherein the belt body (1) is used for connecting various components; A detection component (2), the detection component (2) being arranged on the belt body (1), the detection component (2) being used to detect body information of the wearer and transmit body data; A pressurizing component (3), the pressurizing component (3) being arranged on the belt body (1), the pressurizing component (3) being used to inflate the belt body (1) and to apply pressure to the abdomen of the wearer for a massage; A control system, wherein the control system is connected to the detection component (2) and the pressurizing component (3) and is used to monitor and control the overall operation of the abdominal belt.

2. The integrated multifunctional smart abdominal belt according to claim 1, characterized in that: The detection assembly (2) comprises a plurality of detection heads (21), a temperature sensor (22), a pressure sensor (23) and a conductive chip (24); the detection heads (21) are arranged along the side wall of the belt (1); the temperature sensor (22) is connected to one of the detection heads (21) and monitors the temperature of the abdominal belt; the pressure sensor (23) is connected to another of the detection heads (21) and monitors the pressure output of the abdominal belt; the conductive chip (24) is arranged on the side wall of the belt (1) and is close to the abdomen of the wearer; the conductive chip (24) is used to monitor the wearer's body parameters including blood pressure, blood oxygen and heart rate.

3. The integrated multifunctional smart abdominal belt according to claim 2, characterized in that: The pressurizing component (3) comprises a pressure bag (31) and a pressurizer (32); the pressure bag (31) is arranged along the side wall of the belt body (1) and is arranged according to the arrangement of acupuncture points on the human body; the pressurizer (32) is arranged on the abdominal belt and inflates and pressurizes the pressure bag (31) as required.

4. The integrated multifunctional smart abdominal belt according to claim 3, characterized in that: The control system comprises: Sensor module: including a temperature sensor to detect body temperature or the temperature of the surrounding environment of the abdomen; a pressure sensor to monitor the tightness of the abdominal belt; an acceleration sensor or a gyroscope to detect the activity status of the user; Data acquisition and processing module: including a data acquisition unit for collecting sensor data; a microprocessor or control unit for processing sensor data and performing corresponding calculations and analyses; Communication module: including wireless communication unit for data transmission, convenient for connecting with mobile phones or other smart devices; User interface module: including a display screen to display system status, temperature, and pressure information; control buttons or a touch screen through which the user adjusts settings or modes; Heating or cooling module: including heating element for warming or therapeutic effect on the abdomen; cooling element for cooling the abdomen; Power module: includes battery: provides power for the entire system, power management unit, manages power distribution and charging functions.

5. The integrated multifunctional smart abdominal belt according to claim 4, characterized in that: The data acquisition and processing module includes: Analog-to-digital converter: converts the analog signal generated by the sensor into a digital signal for processing by the microcontroller; Sensor interface: provides connection with various sensors such as temperature, pressure, and heart rate to ensure accurate data collection; Processor: executes program code, calculates and processes the collected data; Memory: includes random access memory and read-only memory, used to store program code and data; Clock management: ensuring the system runs at the appropriate frequency and managing the timing of different modules; Data processing algorithms: including filtering algorithms to remove noise from signals and improve data quality; data fusion algorithms to combine data from different sensors to provide more accurate system status information; pattern recognition algorithms: analyze data patterns to identify the user's health status or activity status; Non-volatile memory: used to store configuration parameters, calibration data and historical records, and temporarily store data before it is transferred to an external device.

6. The integrated multifunctional smart abdominal belt according to claim 5, characterized in that: The communication module comprises: A wireless communication unit comprising: Bluetooth: suitable for short-distance data transmission, low power consumption, suitable for real-time health data synchronization, suitable for transmitting large amounts of data or continuous connection; Wi-Fi: Provides wide-range wireless communication capabilities, allowing devices to connect to home or public networks, suitable for frequent data uploads to the cloud or software updates; Near Field Communication: allows devices to quickly pair and exchange data at close range, suitable for device configuration and short-term data transmission; Wired communication unit, comprising: USB interface, allowing direct connection to a computer for data transfer and device charging, supporting firmware updates and debugging; Wired serial port for inter-module communication and connection with external sensors or subsystems; Protocol stacks and software drivers, including: Bluetooth protocol stack: responsible for the packaging, transmission and unpacking of Bluetooth data, and enhancing the reliability of data transmission; Wi-Fi protocol stack: manages Wi-Fi connections and data communications to ensure security and stability; NFC protocol stack: manages NFC protocol and data exchange; Security and encryption include: Data encryption: AES and TLS encryption technologies are used to ensure the security of data transmission; Authentication: Prevent unauthorized access through device pairing and encryption key management.

7. The integrated multifunctional smart abdominal belt according to claim 6, characterized in that: The user interface module comprises: Display unit, comprising: LCD screen: displays system status, real-time data such as heart rate, steps, temperature, alarm information, and setting menu; Indicator light: used to indicate the working status of the device, such as switch status, connection status, battery power and alarm prompt; Input unit, including: Physical buttons: used for device switching, mode switching, and parameter adjustment operations; Touch screen: allows users to perform various operations by touch, such as sliding, clicking, dragging and dropping, providing a richer interactive experience; Voice control: Integrated microphone and voice recognition module, allowing users to control the device through voice commands, especially suitable for users who are inconvenient to operate manually; Feedback unit, comprising: Vibration motor: used for alarm feedback and tactile prompts, such as sending vibration warnings when abnormal conditions are detected; Buzzer: sound prompt, used for alarm or operation confirmation feedback; Connectivity and pairing, including: QR code / NFC tag: Quickly pair and configure devices by scanning QR code or touching NFC; Bluetooth / Wi-Fi connection indicator: Displays the Bluetooth or Wi-Fi connection status to help users understand the connection status between the device and external devices; Mobile applications and software interfaces, including Mobile App: Provides an interactive interface with the smart belly belt, including data display such as heart rate, steps, sleep, device settings, notification reminders, etc. Usually supports iOS and Android platforms; Real-time data monitoring: users can view their body data in real time through the App; Device settings and controls: Allows users to adjust device settings, such as alarm thresholds and operating modes; Historical data analysis: Provides the recording and analysis of historical health data to help users monitor their health status over a long period of time; Web platform: An interface accessed through a browser, similar to the functions of a mobile app, providing users with another way to access and manage data.

8. The integrated multifunctional smart abdominal belt according to claim 7, characterized in that: The heating or cooling module comprises: Heating unit, electric heating element, such as PTC thermistor, with high heating efficiency and stable temperature, heating wire / electric heating film, used to be installed in the abdominal belt to provide uniform heating effect; Cooling unit, semiconductor cooling plate, driven by electric current for cooling, with two-way adjustment capability, including heating and cooling; coolant or gel pack, used to provide a longer-lasting cooling effect during the cooling process, usually requires pre-freezing; Preset temperature and mode selection: Users select the desired function heating or cooling and target temperature through the touch screen or mobile app; Startup procedure: The microcontroller starts the heating or cooling module according to the user settings, and the temperature sensor starts to monitor the temperature in real time; Temperature regulation and maintenance: The control unit dynamically adjusts the working state of the electric heating element or Peltier element based on the sensor data to ensure that the temperature remains within the target range.

9. The integrated multifunctional smart abdominal belt according to claim 8, characterized in that: The power module comprises: A battery unit comprising: Type selection: including lithium-ion batteries and lithium polymer batteries, with high energy density and long service life; Capacity design: Design appropriate battery capacity according to the function needs of the abdominal belt and the expected usage time, between 1000mAh and 5000mAh; Charge management, including: Charging circuit: Intelligent charging management IC ensures safe and fast charging of the battery and prevents overcharging, overcurrent and short circuit; Charging interface: including USB-C or Micro-USB, supporting fast charging protocol to speed up charging; Charging indication: Display charging status and battery level through LED light or screen; Power management IC, including: Power distribution: responsible for distributing battery power to various modules such as microcontrollers, sensors, and heating / cooling modules; Voltage regulation: Built-in DC-DC converter provides stable power output to prevent voltage fluctuations from affecting system operation; Low power consumption design: supports sleep mode and low power consumption mode to extend the battery life of the device; Protection circuits, including: Overcurrent protection: prevent excessive current from damaging the battery or equipment; Overvoltage protection: monitors voltage levels to prevent damage caused by excessive voltage; Over-temperature protection: Monitor the temperature of the battery and power module through temperature sensors to avoid dangers of overheating.

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