28 results about "Home setting" patented technology

This invention provides a smart home remote control system, relating to the fields of visual detection and intelligent control, comprising: a dynamic home feature calibration module: screening and classifying smart home devices controllable by the remote control system, and acquiring initial three-dimensional coordinate values ​​of feature points through visual detection technology; a static home environment ground state acquisition module: acquiring initial environmental feature data of static home devices in real time; a control target routing module: selecting whether to call the dynamic home response verification module or the static home response verification module; a dynamic home response verification module: calculating the dynamic home change index and outputting the dynamic home control judgment result; and a static home response verification module: calculating the static home environment change index and outputting the static home control judgment result. This invention enables the system to objectively and accurately confirm whether the control has been truly executed and produced the expected effect, even when the home devices themselves do not provide status feedback or the feedback is unreliable.

A portable method and device for monitoring sodium ions in breast milk, belonging to the field of lactation status feedback, is disclosed. The method is executed after a breast milk container is installed on the main unit and includes the following steps: breast milk container identification and batch parameter loading, posture detection and gating, dry self-calibration of the electrical channel, thermal pulse temperature response acquisition and thermodynamic virtual volume feature extraction, low-frequency / high-frequency electrical response acquisition and bubble interference feature extraction, optical scattering signal acquisition and fat / turbidity proxy feature extraction, and geometric boundary compensation, temperature compensation, milk fat shielding compensation, and sodium ion concentration inversion based on the multi-dimensional features. It can also perform nursing guidance push, result storage, and edge-cloud collaborative updates. The device includes a main unit and a breast milk container. The main unit contains a heating film, a temperature probe, an optical turbidity detection module, and an electrode detection module connected to a four-electrode structure. This solution can improve the accuracy, stability, and repeatability of breast milk sodium ion detection in a home setting.

The application discloses a kind of based on smart home 3D virtual simulation method and system, it is related to virtual simulation technical field, including, collection physical home environment data, constructs smart home 3D virtual scene, the semantic binding of equipment model in scene is carried out, and is given space attribute and interactive parameter;Set the interactive rule of virtual equipment, establish the mapping relationship of virtual equipment and real smart home equipment, access real smart home equipment data and transmit control instruction;In equipment abstract layer, each equipment is defined uniform equipment object model, and control logic layer is called uniform API when interacting;Through the practical training mode manager of control logic layer, practical training mode switching is carried out, and preset pure virtual simulation mode, virtual-real combination control mode and full physical deployment mode.The method disclosed in the application provides zero-cost, zero-risk experimental environment;Virtual-real combination mode realizes the synchronous response of virtual picture and physical action by mirror distribution technology.

The application discloses a kind of based on radar navigation's screw drive V-shaped spring clothes taking robot, comprising: mobile trolley chassis, integrated with radar, ultrasonic sensor, camera, drive wheel, drive motor and rotary motor, for realizing environmental perception, autonomous navigation and chassis movement;Column type clothes taking device, including column and the clothes taking device and two-dimensional code recognition camera connected at its top, clothes taking device includes screw drive mechanism and V-shaped spring clothes taking component;With two-dimensional code label's buckle clothes hanger;And control module, respectively with the radar, ultrasonic sensor, camera, drive motor, rotary motor, two-dimensional code recognition camera and the motor of screw drive mechanism electrically connected, for whole machine instruction transmission and action coordination control.The application can realize no identification autonomous navigation, accurate positioning, adapt to a variety of home environment and clothes hanger specification.

The utility model discloses a modularization pet cabinet, including cabinet, connecting cabinet and buckle connecting piece, and the buckle connecting piece includes first buckle and second buckle, first buckle includes gourd shape card slot, and the first card body that is corresponded with the small groove size of gourd shape card slot is provided on second buckle, and the cabinet is fixed with connecting cabinet through the buckle connecting piece, wherein, first buckle is fixed on the cabinet, and second buckle is fixed on the connecting cabinet. The utility model discloses through the design of buckle connecting piece, can carry out modularization assembly to pet cabinet, make it can according to pet quantity, species and the change of habit and carry out flexible combination and adjustment, satisfy the diversified demand of many pet family, and convenient handling and adapt to different home environment simultaneously.

This invention discloses a compound leavening agent and its application, relating to the field of food processing technology. The compound leavening agent is composed of glucono delta-lactone and sodium bicarbonate in a mass ratio of 1:0.35~0.5. The compound leavening agent provided by this invention has a high degree of synchronization between its peak gas production and the steaming heating process, allowing the dough to be directly shaped, steamed, and cooked after kneading, significantly improving processing efficiency. The formula contains only two components, is free of aluminum, phosphorus, and fillers, making it safe, harmless, low-cost, and simple to process. The resulting pasta products have a smooth surface, fine pores, a pure wheat aroma, and no off-odors. The finished product has stable and uniform quality, is easy to operate, and is suitable for rapid and standardized production in chain restaurants, central kitchens, and home settings.

The present application relates to a kind of target detection method of intelligent home in smoke scene, belong to computer vision field.It includes the following steps: constructing the intelligent home dataset containing smoke scene image, constructs the FFA-Net defogging network framework based on CNN and VMamba;Indoor scene target detection network framework based on yolov9 is constructed;Intelligent home target detection model under smoke scene is constructed by combining defogging network framework and target detection network framework, and the indoor smoke scene image and haze-free scene image in intelligent home dataset are obtained by the target detection result of intelligent home target detection model under smoke scene.The present application method carries out target detection to indoor home articles with fog and without fog, provides more efficient, more accurate target detection capability for the intelligent home system under smoke scene, improves the security of intelligent home, increases the convenience and comfort of home environment, brings more intelligent, comfortable home experience for user.

The application provides a kind of image recognition method of robot for home environment, belong to image processing technical field, specifically include: S1: the RGB-D camera of robot shoots the image under home environment, will RGB-D camera registration;S2: the image of registration in S1 is preprocessed, and improved image is obtained H ( x, y );S3: the improved image H ( x, y ) format conversion, is converted into normalized image;S4: neural network improvement;S5: the normalized image is input into improved neural network, and the object is identified by improved neural network.The application can realize high-precision identification and positioning of characters, medicines, furniture and obstacles and other targets in complex home environment, improve the environmental perception and autonomous decision-making ability of robot in indoor scene.

This application discloses a device control method, a cloud server, a central control device, home appliances, and a system. The device control method is applied to a cloud server within a home appliance system. The method includes: acquiring sensor data from a target home environment; performing scene matching on the sensor data to determine a target scene and its corresponding scene code, wherein the configuration operation performed by each home appliance in the target scene corresponds to the scene code; and broadcasting the scene code to the target home appliances through the target central control device to control the target home appliances to perform corresponding configuration operations based on the scene code. This not only reduces the reliance of the home appliance system on user intervention, simplifies user control operations, and improves the flexibility of the home appliance system, but also reduces the complexity of the central control device's control over the home appliances, improving the efficiency and intelligence of the home appliance system.

This invention discloses a method, cloud platform, and system for rapid HIV / AIDS classification based on skin spectroscopy, belonging to the field of biometrics. The method includes: collecting visible light diffuse reflectance spectral data of the palm skin of the subject being screened; performing trace element content analysis, centering processing, and feature extraction to obtain feature data; inputting the feature data into a trained HIV / AIDS classification model, outputting the probability value of whether the subject is HIV / AIDS; and displaying the results on a mobile terminal. Compared with existing technologies, this invention provides a non-invasive and rapid HIV / AIDS classification solution based on skin spectroscopy / trace elements. The detection requires no sampling, and can be operated by ordinary personnel or even the subject after training. The portable product facilitates widespread application, promoting universal screening in community hospitals, remote health centers, and home settings, thus achieving accessibility and inclusiveness of medical and health services.

This invention discloses a multifunctional ankle pump exercise device, including a leg support base and vertical side plates disposed on both sides of one end of the leg support base; an ankle pump exercise ring is hinged at both ends to the upper part of the two vertical side plates; first sensors are respectively disposed at the front and rear ends of the ankle pump exercise ring; second sensors are respectively disposed on the opposite inner surfaces of the vertical side plates; a heel placement mechanism is disposed on the foot support base between the two vertical side plates; a counter is disposed on one side of the leg support base; when the patient's foot performs ankle pump exercises, touching the first sensors on the ankle pump exercise ring and the second sensors on the vertical side plates, the counter will calculate and display the number of exercises and the duration of exercise; this ankle pump exercise device is not only suitable for patient rehabilitation in clinical settings, but also for daily health care in home settings. The design of the device integrates the principles of sports science and the actual needs of patients, providing an effective solution for the treatment and prevention of ankle joint problems.

This application provides a detection device and method based on the colorimetric reaction of nitric oxide and zinc phthalocyanine, relating to the field of gas detection technology. The device utilizes the color change after the reaction of NO gas with zinc phthalocyanine solution to achieve qualitative detection of NO in the airways. Specifically, white linen is soaked in zinc phthalocyanine solution to form a blue sensing layer, which is placed inside a breathing trainer as a reaction chamber. When NO gas is introduced, the linen carrier changes from blue to light blue and finally to white. This color change originates from the coordination reaction between NO and zinc phthalocyanine to form a ZnPc-NO complex. This method allows the detection results to be directly observed with the naked eye, enabling qualitative interpretation without specialized instruments. It solves the problem of insufficient visualization capabilities in existing technologies and provides a low-cost and easy-to-operate NO screening method for primary healthcare and home settings.

This invention discloses a system and method belonging to the field of smart home technology. The method includes the following steps: constructing a dynamic influence relationship hypergraph; triggering model verification logic; generating a virtual probe task based on the triggering result of the model verification logic and obtaining the expected influence propagation path; executing the virtual probe task while simultaneously collecting actual response data; comparing and analyzing the collected actual response data with the expected state in the dynamic influence relationship hypergraph, and updating and correcting accordingly; generating the final joint control command and sending it to the smart home execution device. This invention, by constructing a device relationship cognitive model that can dynamically perceive and self-correct, achieves the effect of ensuring the long-term accuracy and reliability of smart home automation joint control, solving the problem of control failure caused by the inability of static knowledge models in existing technologies to adapt to the dynamic evolution of the real home environment.

This application provides a method and device for functional assessment of the spine-pelvis-lower limb kinetic chain, effectively addressing the lack of technical solutions in the field of spinal function, pelvic, and lower limb coordinated function assessment that rely solely on monocular video from a mobile phone and are suitable for outpatient and home settings. The method includes: acquiring video sequences and performing quality screening to obtain target video sequences; performing multi-dimensional processing on the target video sequences to reconstruct the user's three-dimensional reconstruction results and establish dynamic multi-viewpoint attention features; fusing the dynamic multi-viewpoint attention features with the positional features in the three-dimensional reconstruction results to obtain motion analysis features, and performing multi-step motion analysis on preset functional movements to obtain motion analysis results; calculating functional parameters and pain expression scores based on the three-dimensional reconstruction results, obtaining functional analysis results through a functional analysis model, and generating training suggestions for the next stage.

This invention relates to a physiological environmental risk assessment method based on expiratory response patterns, belonging to the field of expiratory analysis and health risk assessment technology. Addressing the shortcomings of existing non-invasive assessment methods in identifying intermediate metabolic transition states and the susceptibility of assessment results to individual baseline differences, this invention proposes a physiological environmental risk assessment method based on a mixed expiratory response pattern. This method collects mixed expiratory response signals using a gas sensor array, constructs a multi-dimensional feature vector characterizing the overall response behavior, and uses feature distance metrics to initially stratify stable, intermediate-risk, and high-risk states. When in an intermediate-risk state, a second-level subdivision is performed by combining baseline response levels and dynamic decay characteristics, generating six types of physiological environmental risk assessment results. This invention is applicable to non-invasive health risk screening and long-term trend assessment in home settings.

This invention provides an AI-powered formulation system for automatically generating personalized health supplement compound preparations, belonging to the technical field of intelligent nutrient formulation and food processing equipment. This system is an integrated hardware and software intelligent system adapted for home use, including an AI intelligent formulation algorithm module and a hardware execution module. The AI ​​intelligent formulation algorithm module is built into the main control chip of the hardware execution module, enabling it to complete user feature acquisition and analysis, personalized formula generation, preparation parameter matching, and safety verification. The hardware execution module is sequentially and sealed along the powder conveying path, enabling fully automated preparation of the entire process, including precise raw material metering, uniform mixing, and integrated tableting. This invention enables personalized customization of health supplement compound preparations in home settings, solving the problems of generic formulas not being able to adapt to individual needs and the separation of formulation and preparation. It is convenient to operate, safe to prepare, and has a wide range of applicability.

This utility model relates to the field of massage equipment technology, specifically a massage device convenient for home use. It includes a base with a horizontal support structure at the bottom and a support plate and a movable plate at the top. Both the support plate and the movable plate are concave arc-shaped structures, with the bottom surface of the movable plate able to slide left and right against the top surface of the support plate. The top of the support plate has an upward-protruding massage head with a smooth, rounded corner. The movable plate has a track groove parallel to the left and right directions, extending longitudinally through the movable plate. The two ends of the massage head abut against the front and rear sides of the track groove. The massage head and the track groove form a guiding and limiting structure between the support plate and the movable plate. The top of the massage head extends through the track groove to the top of the movable plate, abutting against the user's cervical spine. This utility model helps solve the current problem of lacking a suitable massage device to meet cervical spine massage needs and convenient for home use.

1. Name of the product in this design: Portable Industrial All-in-One Machine. 2. Application of this design: All-in-one machine for use in medical, commercial, field maintenance, or home settings. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

This invention provides a method, device, and storage medium for controlling a virtual home environment based on a brain-computer interface (BCI). The method includes: loading a virtual scene simulating a home environment; distributing virtual device models of simulated home appliances within the virtual scene; collecting brainwave signals from a user via the BCI; identifying device operation information triggered by the user based on the brainwave signals; generating device operation instructions for the virtual device models based on the device operation information; and executing the device operation instructions to render an operation animation of the virtual device models within the virtual scene. This embodiment provides a low-cost and secure experimental platform for users to practice controlling home appliances via BCI, updating models related to controlling home appliances via BCI, and for developers to develop control logic for home appliances, based on virtual simulation technology.

The utility model provides a stack-up type water absorption folding ground mat which comprises a connecting bottom film and a plurality of base plates arranged on the connecting bottom film in an array mode, adhesive glue used for adhering the bottom sides of the base plates is arranged on the upper surface of the connecting bottom film, step faces are arranged on the side portions of every two adjacent base plates, and the step faces comprise the front step face arranged on the side portion of one base plate and the rear step face arranged on the side portion of the other base plate. The two adjacent base plates are connected in an abutting mode through the front step faces and the reverse step faces to form a plane. Compared with a hard plate type water-absorbing floor mat of an integrated plate-shaped structure, the folding type water-absorbing folding floor mat is small in occupied space after being folded, avoids impact between the hard plate type water-absorbing floor mat and the ground when being unfolded and laid, is safer and more reliable in laying, is small in gap between the base plates after being unfolded, and is not prone to falling off. The connection between the two base plates is firm and reliable, the stacking effect is achieved, and the applicability of the hard plate type water absorption floor mat in the home environment is improved.

This invention relates to the field of LED lighting technology and discloses a household modular linear light, comprising several unit light bodies, a multi-functional splicing assembly, an intelligent control module, and a mounting and fixing assembly. Each unit light body is detachably connected via the multi-functional splicing assembly. The intelligent control module is integrated within the unit light body. The mounting and fixing assembly is adapted to and connected to the unit light body or the multi-functional splicing assembly. This household modular linear light features a precise fit between the unit light body's mating boss and the splicing assembly's slot, achieving integrated mechanical connection and circuit conduction with an elastic conductive sheet. Ordinary users can complete the installation without professional skills, significantly improving installation efficiency. The dual-mode wireless communication module supports multi-device linkage control, and stepless dimming and multiple scene modes can meet the lighting needs of different times and atmospheres in a home. The built-in driver board integrates overload protection, enhancing safety and adapting to diverse needs in home settings.

This invention discloses a method and system for predicting the intention of dynamic obstacles in robot autonomous navigation. It collects multimodal perception data of dynamic obstacles in a home setting in real time. These obstacles include people or pets. The multimodal perception data is acquired using Video SLAM (Visual Simultaneous Localization and Mapping) combined with video AI intelligent analysis technology, specifically including motion trajectory, instantaneous velocity, posture features, and relative position to the robot. Based on the multimodal perception data, a pre-trained intention prediction model extracts the motion pattern features of the dynamic obstacles and outputs their short-term behavioral intention categories. The smooth obstacle avoidance path avoids sudden braking or abrupt detours. The robot is controlled to navigate along the smooth obstacle avoidance path, achieving smooth and safe autonomous navigation in a scenario where people, pets, and robots coexist.

The system according to this embodiment aims to optimize the home environment based on the behavioral patterns and preferences of the residents and to propose products and services accordingly. [Solution] The system according to the embodiment comprises a collection unit, an analysis unit, and a proposal unit. The collection unit collects lifestyle logs using various sensors. The analysis unit analyzes the lifestyle logs collected by the collection unit to understand the behavioral patterns and preferences of the residents. Based on the analysis results obtained by the analysis unit, the proposal unit optimizes the home environment and proposes products and services that meet the user's needs.

This invention provides an active physical therapy system and method. The system includes: an autonomous movement module, a human-computer interaction module, a multimodal perception module, an intelligent examination module, a physical intervention module, and a robot brain module mounted on a diagnostic robot. The autonomous movement module controls the autonomous movement of the diagnostic robot; the human-computer interaction module facilitates interaction between the diagnostic robot and the user; the multimodal perception module collects multi-dimensional health-related data from the user; the intelligent examination module diagnoses the user's health problems based on the multi-dimensional health-related data and provides corresponding physical intervention plans; the physical intervention module executes the corresponding physical intervention plan based on the diagnostic results and physical intervention plan from the intelligent examination module; and the robot brain module coordinates the collaborative work of each module to conduct health diagnosis and treatment for the user. This system provides 24 / 7, professional, personalized, and precise active physical therapy services in a home setting, significantly improving the accuracy, convenience, and professionalism of home health monitoring and management. It effectively meets the health monitoring and management needs of families in the context of an aging population, reduces home medical costs, and significantly improves the level of family health protection.

This invention belongs to the field of furniture technology and discloses a terminal device control method, apparatus, and storage medium based on furniture posture. The furniture is connected to the terminal device, and the terminal device control method based on furniture posture includes: acquiring furniture posture change data; determining control commands for the terminal device based on the posture change data; and controlling the terminal device according to the control commands. This achieves seamless and natural contactless interaction, effectively eliminating reliance on additional wearable devices and related privacy concerns, increasing user acceptance, and realizing a deep and seamless integration of intelligent interaction with the everyday home environment.

This invention discloses a local deployment system, device, and method based on a lightweight AI tongue diagnosis model. The system includes a fixed base with height shells fixedly installed on both sides of the top of the base. Height rods are slidably connected to the tops of the two height shells, and a lifting platform is fixedly installed between the tops of the two height rods. This invention integrates the entire process of data acquisition, preprocessing, model analysis, result output, and data storage on a local terminal, eliminating reliance on cloud computing power and network transmission. It operates normally even in scenarios with no or weak network coverage, significantly improving the system's applicability, especially suitable for remote areas and home settings. Tongue diagnosis images and diagnostic results are stored and processed locally on the terminal, protected by AES encryption, without any cloud uploads, fundamentally avoiding data leakage risks, complying with medical data privacy protection standards, and enhancing user trust.

This invention relates to a three-stage measurement state machine method, device, and storage medium for home arteriosclerosis detection, belonging to the field of home health monitoring technology. To address the problem of poor measurement stability in home settings, this method utilizes dual-wavelength PPG and multi-cuff pressure waveforms for collaborative measurement in a home environment, dividing the detection process into three stages: pre-measurement stability assessment, in-measurement dynamic control, and post-measurement recovery analysis. Stage A determines the stability window based on PPG quality and stability; Stage B calculates quality control indicators in real time and performs gating control during cuff inflation and deflation, outputting indicators such as baPWV, ABI, and blood pressure; Stage C continues to collect PPG after depressurization and calculates recovery indicators, generating interpretation labels and retest suggestions. This invention improves the stability and reliability of home arteriosclerosis detection results.