Intelligent networking massage equipment in family scene and control method thereof

Abstract

The invention discloses an intelligent networking massage device in a home scene and a control method thereof, and relates to the technical field of intelligent massage. Wherein the hardware foundation comprises intelligent massage equipment, a detachable foot washing sleeve, a wireless network adapter, a control system, a motor driving system, a sensor feedback system and a safety protection system. According to the intelligent networked massage equipment in the family scene and the control method thereof, a live broadcast interconnection function is added in a software system, so that a massagist and an equipment user can be interconnected in real time, synchronous simulation of a traditional Chinese medicine massage manipulation is realized through massage data acquisition and transmission, and a three-dimensional massage equipment use scene is constructed in combination with vision, hearing and touch; according to the intelligent massage system, the intelligent massage system is combined with an artificial intelligence large model technology, each user can generate a unique personalized massage intelligent agent, transactions are carried out through a massage intelligent agent shopping mall, and the intelligent agent also has a voice interaction inquiry function and receives user feedback through voice interaction.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent massage, and in particular to an intelligent networked massage device in a home scenario and a control method thereof. Background Art

[0002] Traditional foot massagers cannot be personalized to meet the special needs of different groups of people. Most foot massagers on the market currently only have basic massage functions and fixed massage modes. They are limited in massage effect and lack the ability to interact with users. During use, they cannot actively adjust the massage mode according to user experience and feedback. At the same time, most massagers use remote control, which is not intuitive and simple to operate, and is difficult for the elderly and children to use.

[0003] Currently, most foot massagers do not have Internet access, and cannot modify or add massage modes. The simulation effect of professional Chinese medicine massage techniques is very limited. The user experience is quite different from real-life massage, and the usage process is monotonous. It cannot be linked to mobile phones or the Internet, and the user appeal it generates is not wide enough.

[0004] Therefore, in view of this, the existing structural deficiencies are studied and improved, and an intelligent networked massage device and a control method thereof for a home scenario are proposed. Summary of the invention

[0005] The purpose of the present invention is to provide an intelligent networked massage device and a control method thereof in a home scenario to solve the problems raised in the above background technology.

[0006] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: an intelligent networked massage device in a home scenario and a control method thereof, which is composed of a hardware foundation and a software system, wherein the hardware foundation includes an intelligent massage device, a detachable and washable foot cover, a wireless network adapter, a control system, a motor drive system, a sensor feedback system and a safety protection system, and also includes:

[0007] Server: Use high-performance server clusters to support large code models, process user requests, and store data;

[0008] Database: Distributed database system, storing user data and skin card information;

[0009] Front-end equipment: various terminal equipment used by users;

[0010] Acquisition equipment: foot model, pressure sensor and visual recognition lens;

[0011] The software system includes a user terminal and a server. The user terminal includes a mobile application. Users control, upload or download data, and access live broadcasts through the terminal.

[0012] The server side includes:

[0013] Deep learning large model module: learns user preferences, stores user personalized settings, understands user voice commands, and provides real-time interaction;

[0014] Live broadcast module: Using the streaming media communication protocol, the anchor can publish the public key to allow users to receive and use data;

[0015] Data processing module: uses artificial intelligence algorithms to process raw data and generate control instructions;

[0016] Intelligent mall module: supports user search, purchase, and evaluation transaction functions;

[0017] Database: stores user data, agent data, and historical behavior data.

[0018] Further, the operation steps are as follows:

[0019] The user uses the terminal APP account to bind the device: the user logs in to find nearby devices, sets WiFi information, connects to the network, connects the device to the server, and pairs and binds the device;

[0020] The user controls the smart massage device through terminal APP operation or voice interaction: the user operates the APP or voice control, sends control instructions to the server according to the user operation, the server transmits the instructions to the device, and the device system performs corresponding action control;

[0021] Intelligent body autonomously memorizes personalized massage modes: The large model records user operation logs, uses optimization algorithms to identify user preferences, and autonomously iterates to generate personalized modes;

[0022] Users and masseurs are connected through the terminal APP for remote control: the masseur sets up a live broadcast room, sets live broadcast parameters, selects the remote control method, uses remote control or connects to external data acquisition equipment, the user selects and enters the room, and the user chooses whether to agree to authorize remote control;

[0023] The data collection device at the live broadcast end collects massage data: the anchor links and configures the data collection device, and uploads the collected data to the server;

[0024] Massage data processing and transmission: Data preprocessing, including data cleaning and data monitoring. The big model converts the raw data into control instructions according to the algorithm, and the server sends the instructions to the device.

[0025] Massage therapists or users generate intelligent agents: create intelligent agents, set image, name, introduction, voice cloning, record voice, music rhythm, video multi-dimensional parameters, save and upload to the mall;

[0026] Application of massage agent: Users can search and browse agents in the mall, experience, collect, like, purchase, and comment on them. After purchase, they can download and apply them to devices, or enter the My Agent page for management;

[0027] The user directly controls the massage device using the intelligent massage device operation interface: use the touch button to turn on the massage agent, use the touch screen to control the mode and parameters, use voice to wake up the operation assistant, and use dialogue to control the device;

[0028] The intelligent massage device drives the massage components to work according to the instructions received by the communication module: the control system sends the control instructions to the motor drive system, the motor drive system provides power, and controls the operation of multiple motors. Each motor is linked to different massage components, including rollers, airbags, and heating elements, to achieve different massage functions such as rotation, vibration, and kneading. The sensor system is used to monitor the working status of the massage device, such as massage strength and position, and make real-time adjustments based on feedback.

[0029] Furthermore, Internet communication requires support from wireless network adapters, servers, and storage hardware devices.

[0030] Furthermore, users and masseurs need to use terminal devices.

[0031] Furthermore, the cloud service system requires GPU servers for running large models and fast-response servers and database systems.

[0032] Furthermore, the live broadcast system requires a network and a server, as well as terminal devices for live broadcast interconnection.

[0033] Furthermore, data collection requires corresponding collection equipment, including foot models and pressure sensors. If visual recognition is used, multiple lenses are needed to shoot and collect impact data.

[0034] Furthermore, data processing requires high-performance computing equipment and efficient data transmission equipment, and intelligent agent information collection requires a variety of data collection equipment, including voice and video input equipment.

[0035] Furthermore, building a mall system requires efficient memory architecture and processing hardware support.

[0036] Furthermore, the equipment hardware system requires a power control system and mechanical structure, as well as a main control unit, intelligent hardware, and touch screen hardware support.

[0037] The present invention provides an intelligent networked massage device and a control method thereof in a home scenario, which has the following beneficial effects:

[0038] 1. The present invention drives the massage components through a control system and a motor system to implement rolling massage, scraping, pressing, pressing, heating, airbag acupoint massage, ultraviolet sterilization and other functions, and uses skin-friendly materials to provide user comfort.

[0039] 2. The present invention supports the generation of personalized intelligent entities in terms of software. Users can choose different masseur simulation roles and switch massage techniques according to their needs. The intelligent entity has built-in programs for simulating different massage skills, including traditional Chinese medicine techniques such as pushing, holding, pressing, and rubbing. Every user and masseur of the platform can use the platform function to create an intelligent entity and earn revenue by selling it on the mall system. Users can also purchase and select different intelligent entities on the device interface to perform customized massages according to personal needs. The device adds voice understanding and interactive functions by connecting to a dedicated terminal APP. It can actively adjust the massage strength and position according to real-time user feedback, and remember user habits to form a personalized massage mode. At the same time, it can also receive health advice through mobile phone applications, diversifying the application of massagers. The cloud system supports the upgrade and learning of intelligent entities, and the device can continuously optimize massage techniques and add new massage skills.

[0040] 3. The present invention also adds an online live broadcast function in terms of software, providing a multi-dimensional, strong feedback, three-dimensional interactive link experience. Masseurs can connect with multiple users' massage hardware devices in real time through a dedicated APP, synchronously transmit massage data streams through a cloud platform, and use major short video live broadcast platforms to transmit live images and sounds, thereby realizing remote massage medical treatment, breaking through space and time limitations, serving multiple user objects at the same time, and expanding the application channels of professional massage resources. Users can use their massage equipment to receive massage data streams while watching expert live broadcasts on short video live broadcast platforms, and have a real-person massage simulation experience, combining multiple angles such as vision, hearing, and touch to build a three-dimensional usage scenario. It simulates offline massage and improves the user experience of massage equipment. The cloud service platform is used to realize the combination of hardware and software of the equipment. The server links the equipment and terminal APP to realize data transmission and storage. The massage data is uploaded to the server by the terminal device, and then sent to the corresponding massage equipment by the server to realize remote control. The hardware integrates multiple functions such as heating, vibration, roller, airbag massage, and ultraviolet sterilization. At the same time, it combines elements such as artificial intelligence and Internet live broadcast interaction to establish a three-dimensional usage scenario and provide a comprehensive massage experience. Multiple convex points are installed on the inside of the airbag according to the position of the acupoints. According to the user's physical health, massage treatment of different acupoints can be achieved through split independent airbags. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] Figure 1 This is a system architecture diagram of an intelligent networked massage device and a control method thereof in a home scenario of the present invention;

[0042] Figure 2This is an example diagram of an APP control interface UI of an intelligent networked massage device and a control method thereof in a home scenario of the present invention;

[0043] Figure 3 It is a structural schematic diagram of a fully wrapped airbag-type intelligent body massage component of an intelligent networked massage device and a control method thereof in a home scenario of the present invention;

[0044] Figure 4 It is a schematic diagram of the structure of a split independent airbag type intelligent body massage component of an intelligent networked massage device and a control method thereof in a home scenario of the present invention;

[0045] Figure 5 The present invention is a schematic diagram of the workflow of an intelligent networked massage device and a control method thereof in a home scenario. DETAILED DESCRIPTION

[0046] The following embodiments of the present invention are described in further detail in conjunction with the accompanying drawings and examples. The following examples are used to illustrate the present invention, but are not intended to limit the scope of the present invention.

[0047] like Figures 1 to 5 As shown, a smart networked massage device for home scenarios is composed of a hardware foundation and a software system, wherein the hardware foundation includes a smart massage device, a detachable and washable foot cover, a wireless network adapter, a control system, a motor drive system, a sensor feedback system and a safety protection system, and also includes:

[0048] Server: Use high-performance server clusters to support large code models, process user requests, and store data;

[0049] Database: Distributed database system, storing user data and skin card information;

[0050] Front-end equipment: various terminal equipment used by users;

[0051] Acquisition equipment: foot model, pressure sensor and visual recognition lens;

[0052] The software system includes a user terminal and a server. The user terminal includes a mobile application. Users control, upload or download data, and access live broadcasts through the terminal.

[0053] The server side includes:

[0054] Deep learning large model module: learns user preferences, stores user personalized settings, understands user voice commands, and provides real-time interaction;

[0055] Live broadcast module: Using the streaming media communication protocol, the anchor can publish the public key to allow users to receive and use data;

[0056] Data processing module: uses artificial intelligence algorithms to process raw data and generate control instructions;

[0057] Intelligent mall module: supports user search, purchase, and evaluation transaction functions;

[0058] Database: stores user data, agent data, and historical behavior data.

[0059] A control method for an intelligent networked massage device in a home scenario, the operation steps are as follows:

[0060] The user uses the terminal APP account to bind the device: the user logs in to find nearby devices, sets WiFi information, connects to the network, connects the device to the server, and pairs and binds the device;

[0061] The user controls the smart massage device through terminal APP operation or voice interaction: the user operates the APP or voice control, sends control instructions to the server according to the user operation, the server transmits the instructions to the device, and the device system performs corresponding action control;

[0062] Intelligent body autonomously memorizes personalized massage modes: The large model records user operation logs, uses optimization algorithms to identify user preferences, and autonomously iterates to generate personalized modes;

[0063] Users and masseurs are connected through the terminal APP for remote control: the masseur sets up a live broadcast room, sets live broadcast parameters, selects the remote control method, uses remote control or connects to external data acquisition equipment, the user selects and enters the room, and the user chooses whether to agree to authorize remote control;

[0064] The data collection device at the live broadcast end collects massage data: the anchor links and configures the data collection device, and uploads the collected data to the server;

[0065] Massage data processing and transmission: Data preprocessing, including data cleaning and data monitoring. The big model converts the raw data into control instructions according to the algorithm, and the server sends the instructions to the device.

[0066] Massage therapists or users generate intelligent agents: create intelligent agents, set image, name, introduction, voice cloning, record voice, music rhythm, video multi-dimensional parameters, save and upload to the mall;

[0067] Application of massage agent: Users can search and browse agents in the mall, experience, collect, like, purchase, and comment on them. After purchase, they can download and apply them to devices, or enter the My Agent page for management;

[0068] The user directly controls the massage device using the intelligent massage device operation interface: use the touch button to turn on the massage agent, use the touch screen to control the mode and parameters, use voice to wake up the operation assistant, and use dialogue to control the device;

[0069] The intelligent massage device drives the massage components to work according to the instructions received by the communication module: the control system sends the control instructions to the motor drive system, the motor drive system provides power, and controls the operation of multiple motors. Each motor is linked to different massage components, including rollers, airbags, and heating elements, to achieve different massage functions such as rotation, vibration, and kneading. The sensor system is used to monitor the working status of the massage device, such as massage strength and position, and make real-time adjustments based on feedback.

[0070] Internet communication requires support from wireless network adapters, servers, and storage hardware devices.

[0071] Users and masseurs need to use terminal devices such as mobile phones, tablets, etc.

[0072] The cloud service system requires GPU servers for running large models and fast-response servers and database systems.

[0073] The live broadcast system requires a network and a server, as well as terminal devices for live broadcast interconnection.

[0074] Data collection requires corresponding collection equipment, including foot models and pressure sensors. If visual recognition is used, multiple lenses are needed to shoot and collect impact data.

[0075] Data processing requires high-performance computing equipment such as GPU servers and efficient data transmission equipment, and intelligent agent information collection requires a variety of data collection equipment, including voice and video input equipment.

[0076] Building a shopping mall system requires efficient memory architecture and processing hardware support.

[0077] The equipment hardware system requires a power control system and mechanical structure, as well as a main control unit, intelligent hardware, and touch screen hardware support. To realize multiple functions, intelligent massage equipment requires efficient communication modules, motors, sensors, massage components consisting of rollers, airbags, heating elements, and safety protection components.

[0078] In summary, the smart massage device is set to access the network through WiFi and pair with the APP account to ensure that the device is linked to the cloud service platform. The control data can be remotely transmitted to the device through the cloud platform. At the same time, it is combined with voice control, data algorithm and other functions to link online live interaction, provide the original data of real-person massage for remote control, convert the original data into command data and send it, provide control commands for the massage device to simulate real-person massage, and integrate and upload all the data of the massage intelligent body for user experience, purchase, download and use. Users can select their favorite products in the intelligent body mall and apply them to their own devices.

[0079] The embodiments of the present invention are given for the purpose of illustration and description, and are not intended to be exhaustive or to limit the invention to the disclosed forms. Many modifications and variations will be apparent to those of ordinary skill in the art. The embodiments are selected and described in order to better illustrate the principles and practical applications of the present invention and to enable those of ordinary skill in the art to understand the present invention and thereby design various embodiments with various modifications suitable for specific uses.

Claims

1. An intelligent networked massage device for home use, characterized in that: It consists of hardware foundation and software system. The hardware foundation includes intelligent massage equipment, detachable and washable foot cover, wireless network adapter, control system, motor drive system, sensor feedback system and safety protection system. It also includes: Server: Use high-performance server clusters to support large code models, process user requests, and store data; Database: Distributed database system, storing user data and skin card information; Front-end equipment: various terminal equipment used by users; Acquisition equipment: foot model, pressure sensor and visual recognition lens; The software system includes a user terminal and a server. The user terminal includes a mobile application. Users control, upload or download data, and access live broadcasts through the terminal. The server side includes: Deep learning large model module: learns user preferences, stores user personalized settings, understands user voice commands, and provides real-time interaction; Live broadcast module: Using the streaming media communication protocol, the anchor can publish the public key to allow users to receive and use data; Data processing module: uses artificial intelligence algorithms to process raw data and generate control instructions; Intelligent mall module: supports user search, purchase, and evaluation transaction functions; Database: stores user data, agent data, and historical behavior data.

2. A control method for a smart networked massage device in a home scenario as claimed in claim 1, characterized in that: The operation steps are as follows: The user uses the terminal APP account to bind the device: the user logs in to find nearby devices, sets WiFi information, connects to the network, connects the device to the server, and pairs and binds the device; The user controls the smart massage device through terminal APP operation or voice interaction: the user operates the APP or voice control, sends control instructions to the server according to the user operation, the server transmits the instructions to the device, and the device system performs corresponding action control; Intelligent body autonomously memorizes personalized massage modes: The large model records user operation logs, uses optimization algorithms to identify user preferences, and autonomously iterates to generate personalized modes; Users and masseurs are connected through the terminal APP for remote control: the masseur sets up a live broadcast room, sets live broadcast parameters, selects the remote control method, uses remote control or connects to external data acquisition equipment, the user selects and enters the room, and the user chooses whether to agree to authorize remote control; The data collection device at the live broadcast end collects massage data: the anchor links and configures the data collection device, and uploads the collected data to the server; Massage data processing and transmission: Data preprocessing, including data cleaning and data monitoring. The big model converts the raw data into control instructions according to the algorithm, and the server sends the instructions to the device. Massage therapists or users generate intelligent agents: create intelligent agents, set image, name, introduction, voice cloning, record voice, music rhythm, video multi-dimensional parameters, save and upload to the mall; Application of massage agent: Users can search and browse agents in the mall, experience, collect, like, purchase, and comment on them. After purchase, they can download and apply them to devices, or enter the My Agent page for management; The user directly controls the massage device using the intelligent massage device operation interface: use the touch button to turn on the massage agent, use the touch screen to control the mode and parameters, use voice to wake up the operation assistant, and use dialogue to control the device; The intelligent massage device drives the massage components to work according to the instructions received by the communication module: the control system sends the control instructions to the motor drive system, the motor drive system provides power, and controls the operation of multiple motors. Each motor is linked to different massage components, including rollers, airbags, and heating elements, to achieve different massage functions such as rotation, vibration, and kneading. The sensor system is used to monitor the working status of the massage device, such as massage strength and position, and make real-time adjustments based on feedback.

3. The control method of a smart networked massage device in a home scenario according to claim 2, characterized in that: Internet communication requires support from wireless network adapters, servers, and storage hardware devices.

4. The control method of a smart networked massage device in a home scenario according to claim 2, characterized in that: Users and masseurs need to use terminal devices.

5. The control method of a smart networked massage device in a home scenario according to claim 2, characterized in that: The cloud service system requires GPU servers for running large models and fast-response servers and database systems.

6. The control method of a smart networked massage device in a home scenario according to claim 2, characterized in that: The live broadcast system requires a network and a server, as well as terminal devices for live broadcast interconnection.

7. The control method of a smart networked massage device in a home scenario according to claim 2, characterized in that: Data collection requires corresponding collection equipment, including foot models and pressure sensors. If visual recognition is used, multiple lenses are needed to shoot and collect impact data.

8. The control method of a smart networked massage device in a home scenario according to claim 2, characterized in that: Data processing requires high-performance computing equipment and efficient data transmission equipment, and intelligent agent information collection requires a variety of data collection equipment, including voice and video input equipment.

9. The control method of a smart networked massage device in a home scenario according to claim 2, characterized in that: Building a shopping mall system requires efficient memory architecture and processing hardware support.

10. The control method of a smart networked massage device in a home scenario according to claim 2, characterized in that: The equipment hardware system requires a power control system and mechanical structure, as well as a main control unit, intelligent hardware, and touch screen hardware support.

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