537 results about "Interaction device" patented technology

The invention discloses a micro-grid off-grid operation distributed control method based on consistency cooperation, belongs to the field of new energy micro-grid control, and aims to solve the problems of high single-point fault risk and single control target of existing centralized control. The method is operated in a three-layer architecture formed by a distribution network master station control layer, a micro-grid coordination control layer and an equipment distributed coordination control layer, a distributed communication network is constructed through edge agents, and weight coefficients and security constraints are configured; the edge agent receives a master station total power target, collects and interacts equipment data, calculates and limits amplitude to obtain a final power instruction based on a consistency updating law fusing global power difference distribution, energy storage SOC balance and system loss minimization, and then decomposes the final power instruction into equipment-level instructions to be issued and executed. According to the method, a single-point fault is eliminated, multi-target collaborative optimization is realized, control is simplified, expansibility is high, and power balance and stable and efficient operation when the micro-grid is off-grid are effectively guaranteed.

Systems and methods for intelligent Human Interface Devices (HIDs) interactions. In some embodiments, an HID may include a processor and a memory coupled to the processor, the memory having program instructions stored thereon that, upon execution, cause the HID to: process raw user input via an Artificial Intelligence (AI) model to produce processed user input; and transmit the processed user input to an Information Handling System (IHS) coupled to the HID.

The invention discloses a dynamic risk management and control method and system for an operation process and field interaction equipment, and relates to the technical field of industrial internet, machine vision and intrinsic safety control. The invention aims to solve the technical problems that the physical state and the digital approval in the existing job management are disjointed, the existing job management is easily attacked by multimedia data fraud (such as screen copying and historical photo forgery), and the control instruction is lagged in a dynamic environment. The method comprises the following steps: a system and a field controller establish bidirectional heartbeat monitoring based on a hardware watchdog, and equipment is set in a physical locking state by default; responding to the operation request, and acquiring multimedia evidence containing a bottom hardware level tamper-proof space-time fingerprint by utilizing a hardware security unit (SE) of the field interaction equipment; the authenticity and the space-time legality of hardware fingerprints are verified at first, and then moire detection, reflection analysis and semantic comparison are conducted through an AI algorithm; and only when the anti-counterfeiting and the content verification are both passed, generating an encryption driving signal to unlock. During operation, a state competition processing mechanism is introduced, if the environment is suddenly changed, the system preferentially suspends the authority through high-priority hardware interruption, and fault-oriented security (Fail-Safe) is achieved. According to the invention, through deep fusion of software and hardware, active defense and millisecond-level dynamic fusing of operation risks are realized.

The invention provides a display screen dynamic control method and system, and relates to the technical field of data processing, the method comprises the following steps: constructing a space coordinate system comprising a plurality of entity nodes, the entity nodes comprising a display screen preset angular point, a user binocular vision center and a handheld interaction device; analyzing a relative pose relationship among the nodes by calculating a projection dot product of a space vector corresponding to each node; constructing a dynamic topology network based on the relative pose relationship, and synchronously collecting environment illumination intensity, user fixation point coordinates and user pose data; performing time sequence synchronization and Kalman filtering preprocessing on the acquired multi-modal data to obtain an initial feature set; and generating a spatial calibration coefficient according to the distribution characteristics of the dynamic topology network, and performing normalization compensation on the initial feature set through the calibration coefficient to obtain a calibrated multi-modal sensing feature vector. According to the invention, accurate and intelligent dynamic control is realized.

Provided is a self-leveling rotary handling-type multi-autonomous underwater vehicle (AUV) docking and transfer device and its method. The device includes a docking module, a vertical handling module, and a rotary handling module; the docking module includes a rotary platform with a guide frame, and a top surface of the rotary platform is provided with a first clamping device; the vertical handling module is mounted on a side of the docking module; the vertical handling module includes a liftable handling platform, and the handling platform is provided with a locking device and a second clamping device; the rotary handling module is mounted below the docking module; the rotary handling module includes a multi-branch rotating shaft and a horizontal plate mounted on each branch rotating shaft; and the horizontal plate is arranged with an AUV charging and information interaction device and a third clamping device.

The embodiment of the invention provides a voice wake-up method and device for a camera unit, electronic equipment and a storage medium, first user voice sent by interaction equipment is received, corresponding voice feature data is obtained according to the first user voice, and the voice feature data represents the voice content of the first user voice; the voice feature data are processed through a large language model, a first execution instruction is generated, and the instruction content of the first execution instruction is matched with the user intention corresponding to the voice content; and sending the first execution instruction to the interaction device to call a camera unit of the interaction device to shoot a target image. The first user voice is processed through the large voice model, the first execution instruction matched with the user intention corresponding to the voice content is generated, then the first execution instruction is sent to the interaction device to call the camera shooting unit to shoot the target image, the camera shooting unit does not need to be triggered to shoot by using a fixed voice wake-up word, the false wake-up rate is reduced, and the user experience is improved. And the man-machine interaction experience is improved.

A device may capture real-time images of a product. Capturing may include using an outward-facing sensor on a device. A device may identify the product by using an identification machine learning model. A device may obtain user interaction data corresponding to previous images displayed on the device. A device may identify available offers. A device may identify a set of offers from the available offers using an offer selection machine learning model trained to automatically select offers presentable to users through devices. The offer selection machine learning model may be trained using a dataset of historical interaction data and corresponding offers. A device may present the set of offers through the device. A device may monitor in real-time user interaction with the set of offers. A device may update the offer selection machine learning model according to the real-time user interaction with the set of offers.

A dialogue-based artificial intelligence system for interaction management in digital commerce, consisting of: a housing that encloses an arrangement of interconnected printed circuit boards; a conversation processing unit arranged on a first circuit board, comprising a syntactic parsing processor for generating hierarchical parse structures from user input texts, a semantic embedding processor for generating high-dimensional semantic vectors from the parsed structures, and a dialogue state calculation circuit for managing a multi-level conversation memory using clocked recurrent memory buffers; a retrieval augmentation unit arranged on a second circuit board, comprising a vector indexing processor for storing and retrieving domain-specific embedding vectors, a similarity calculation processor for calculating cosine-based semantic distances between the semantic vectors and vectors stored in a knowledge store, and a document reconstruction structure for merging retrieved text segments into a unified context representation; a generative response unit arranged on a third circuit board, comprising a transformer execution processor for executing a quantized transformer architecture for natural language generation, a context fusion circuit for merging the unified context representation with the semantic vectors to generate response conditioning data, and a hallucination suppression circuit for comparing the generated text with retrieved text segments and attenuating content divergence beyond a predetermined semantic threshold; a domain integrity check unit that is communicatively connected to the generative response unit, wherein the domain integrity check unit includes a regulatory restriction store that stores domain-driven rules, and a conformance assessment processor configured to check generated responses for conformance with the domain-driven rules, blocking non-conforming segments or replacing them using verified text content from the retrieval extension unit; a knowledge storage array comprising at least one static domain repository for storing commercial specifications, regulatory guidelines, product descriptions, and domain documents, a dynamic interaction buffer for storing anonymized conversation state data, and a vector storage partition for storing embedding vectors that can be retrieved by the vector indexing processor; and a multi-interaction device consisting of a touchscreen panel, an array microphone, a speaker structure and a contactless communication interface, each configured to receive multimodal user inputs or generate multimodal system outputs.

The invention relates to the technical field of voice semantics, can be applied to business scenes of financial science and technology, medical health and the like, and discloses a voice interaction control method, device, equipment and medium, and the method comprises the steps: obtaining multi-mode perception data, and constructing a dynamic scene model; session feature parameters are extracted and input into a decision model to generate a strategy parameter set; a dialogue process and expected voice output are generated according to the strategy parameter set and voice characteristics of the voice interaction device; controlling the voice interaction device to execute voice output and collect actual voice output; monitoring an error between the actual voice output and the expected voice output, and performing compensation adjustment; and collecting feedback data after the voice interaction session is ended, and optimizing the model and the control parameters according to the feedback data. According to the method, closed-loop control of perception, decision, output and feedback is established, so that the voice interaction equipment can dynamically adjust voice output according to a real-time environment and user characteristics and continuously perform self-learning optimization, and the accuracy and naturalness of voice interaction are improved.

The invention relates to the technical field of robot control, and discloses a control system for an industrial robot, and the system comprises a front-end interaction device which is used for providing a human-computer interaction interface; the programmable controller is respectively connected with the plurality of industrial robots and is used for motion control and algorithm processing of the plurality of industrial robots; the programmable controller comprises a back-end service unit and a programmable control program unit; wherein the rear-end service unit is configured to communicate with the front-end interaction equipment and process an instruction received by the front-end interaction equipment so as to control the programmable control program unit to execute a control program; and the programmable control program unit communicates with the back-end service unit and is configured to execute a control program so as to control each industrial robot. The system not only effectively reduces the hardware cost, but also ensures the operation reliability of the system. The invention further discloses a control method for the industrial robot and the programmable controller.

A dedicated interactive device designed for children comprises an embedded electronic module uniquely paired to a single child via a secure identifier. The device enables conversational and educational interactions, applying a multi-layer artificial intelligence filtering system to block sensitive content. Interaction data are encrypted and stored locally when offline, with secure synchronization to the cloud upon reconnection. A cloud-based parental dashboard allows management of one or multiple child profiles, language and voice preferences, review of time-stamped interaction logs, and configuration of usage controls. The system features privacy-by-design principles, including data minimization, strong encryption, authentication, and regulatory compliance. Optional components, such as cameras or displays, are integrated under the same safety and privacy framework. The platform unifies secure device-child pairing, robust AI filtering, comprehensive parental control, and enhanced protection of children's data in a single system.

The invention discloses a drilling machine and a control system and method thereof, and belongs to the technical field of engineering machinery. The drilling machine comprises a drill bit, a propelling beam, a vehicle body and a large arm. The positioning device is used for acquiring or calculating positioning data of the drill bit; the interaction device is used for being operated by a user to set or display data; the control device is used for controlling the interaction device to display drilling guide information according to the positioning data of the positioning device; wherein the positioning device and the interaction device respectively form data interaction with the control device. The control method comprises the steps that the control device calculates coordinate values of a drill bit according to positioning data, obtained by the positioning device, between all the parts of the drilling machine; the control device calculates coordinate values of the drill bit through coordinate transformation according to data of the receiver, the sensor and the encoder. The system has the advantages that few sensors are carried, a simple algorithm is established, and the accurate position information of the drill bit can be obtained.

The application relates to an acupuncture training method and device and a storage medium, and comprises the following steps: S1: an environment construction step: a virtual reality training environment is constructed, the virtual reality training environment comprises a learning unit for acupoint knowledge display and an examination unit for interactive operation; wherein the examination unit pre-stores a three-dimensional human acupoint coordinate model established based on standard anatomy data, the three-dimensional human acupoint coordinate model defines standard space coordinates of each acupoint and a permitted coordinate deviation range of the acupoint; S2: a knowledge display and operation collection step: the learning unit is controlled, and graphic and three-dimensional anatomical information of at least one target acupoint combination is displayed to a user; subsequently, the examination unit is controlled to load a three-dimensional human model corresponding to the target acupoint combination, and interactive operation data of the user for positioning the target acupoint combination through an interactive device is received; and the application can better realize acupuncture training.

This invention relates to a self-leveling rotary transport device and method for docking and transferring multiple AUVs, belonging to the field of underwater robot equipment. It includes a docking module, a vertical transport module, and a rotary transport module. The docking module includes a rotary platform with a guide frame, and a first clamping device is provided on the top surface of the rotary platform. A vertical transport module is installed on one side of the docking module. The vertical transport module includes a liftable transport platform, and a locking device and a second clamping device are provided on the transport platform. The rotary transport module is installed below the docking module. The rotary transport module includes multi-branch shafts and horizontal plates installed on each set of branch shafts. An AUV charging and information interaction device and a third clamping device are arranged on the horizontal plates. This device increases the number of AUVs that can be docked and transferred, and can maintain the horizontal position of the AUVs during transfer, preparing them for subsequent actions such as AUV unloading. This invention also uses a separate rotary drive for the docking part to reduce the rotational resistance of the mechanism in seawater.

This invention discloses a chronic fatigue state monitoring system and method based on a state-space model, comprising a real-time perception layer and a longitudinal analysis layer. The real-time perception layer processes high-frequency raw data streams and outputs daily state vectors that quantify the user's overall fatigue state for the day. The high-frequency data streams include user facial video streams from an image sensor and computer event streams from a human-computer interaction device. The longitudinal analysis layer receives and processes long-term sequences composed of multiple daily state vectors, autonomously learns the user's fatigue accumulation and recovery patterns through end-to-end time-series analysis using a state-space model, and outputs predictive chronic fatigue risk monitoring results. This invention achieves end-to-end automated monitoring and prediction, from millisecond-level behavioral data acquisition to long-term health trend analysis, through the collaborative work of the real-time perception layer and the longitudinal analysis layer.

The utility model belongs to the technical field of children education toys, and particularly discloses a reading material vertical insertion identification sounding interaction device and a page turning reading material, the sounding interaction device is composed of an upper shell, a lower shell, a PCBA main board and a power supply, the PCBA main board integrates a USB charging interface, a memory, a CPU and an LED lamp matrix, and the power supply is connected with the upper shell and the lower shell. The upper shell is provided with a charging groove, an LED display window module, a reading material identification groove, a key panel and a loudspeaker. The reading material identification groove is internally provided with an identification circuit board and is equipped with a photoelectric sensor and a blade limit switch so as to realize interaction with the page-turning reading material. The matched page turning reading material comprises a reading material ridge position supporting block, a front cover, a back cover and a book block. A magnet and a code ID are arranged on the book ridge supporting block, and the front cover and the back cover are movably connected to the two sides of the supporting block and provided with indication press points. And the book block is connected between the front cover and the back cover and is connected with the supporting block. The sound production interaction device and the page turning reading material are used in cooperation, and the purpose is to provide children's reading experience with higher interactivity and interestingness.

A gas recovery system and method based on an intelligent gas regulatory IoT are provided. The system includes a government regulatory management platform, a government regulatory sensor network platform, a government regulatory object platform including a gas company management platform, a gas company sensor network platform, and a gas device object platform. The method includes obtaining target detection data and target flow data of a pipeline to be recovered from the gas device object platform; determining a gas pollution value based on the target detection data and the target flow data; determining a purification parameter of a purification device based on the gas pollution value and the target flow data; determining a recovery instruction and sending it to at least one user interaction device via the gas device object platform; in response to obtaining a recovery completion instruction, sending the purification parameter to the gas device object platform.

The invention provides a sample analyzer and a sample analysis system, and when the sample analyzer is awakened from a sleep state, a control device enables a start experiment control displayed by a man-machine interaction device to be converted into an available state while executing system initialization operation. Therefore, the user does not need to accurately pre-judge the arrival time of the sample to wake up the sample analyzer in advance, and does not need to wait beside the sample analyzer until the initialization operation is completed. A user can give an inspection instruction in advance by clicking the experiment starting control in the available state at any moment after the sample analyzer is awakened. The control device receives and temporarily stores the instruction, and the control device responds to the current temporarily stored detection signal after waiting and confirming that the system initialization operation of the sample analyzer is completed, so as to control the dispensing device, the reaction device and the detection device of the sample analyzer to cooperatively execute the sample detection operation according to the instruction. Therefore, the detection efficiency can be improved, and the detection reliability can be guaranteed.

The present disclosure provides a voice instruction processing method and device, electronic equipment and a storage medium, relates to the technical field of artificial intelligence, in particular to the technical field of voice interaction. The specific implementation scheme of the voice instruction processing method is as follows: performing multiple path recognitions on a to-be-processed voice instruction to obtain multiple recognition results, wherein the multiple path recognitions include first operation intention recognition of performing an operation on a graphical interface element of a voice interaction device and second operation intention recognition of performing an operation on the voice interaction device; obtaining a target recognition result from the multiple recognition results; and performing the to-be-processed voice instruction according to the target recognition result.

The embodiment of the invention discloses an interactive game data processing method and system applying virtual reality. The method comprises the steps that non-preset interactive action data which is generated by a user through VR interactive equipment and contains time sequence node marks are captured in real time; extracting action trend features, operation rhythm features and force fluctuation features in combination with time sequence relevance and spatial continuity to generate a behavior feature set; screening effective behavior features through an intention confidence set output by the interactive intention probability model; encoding the effective behavior characteristics according to a semantic mapping rule to generate game system semantic information containing interactive intention description; according to the type of the virtual scene, calling an adaptation rule, matching semantic information with a scene demand to determine a fit node, and adjusting parameters to generate a scene dynamic adaptation scheme; based on the adaptation scheme and the interaction intention description, feedback logic triggering conditions are adjusted, the real-time dynamic response of the virtual scene is updated, time sequence node marks are associated, and the understanding ability of the non-preset action intention is improved through the method.

The application discloses a mindfulness prediction-intervention-feedback system and a control method, relates to the technical field of mindfulness training systems, and comprises a wearable user interaction device and sequentially connected user management module, mindfulness intervention training module, dynamic prediction module, intervention effect evaluation module and feedback interaction module; the initial mindfulness level, depression level and anxiety level of a user are determined; based on the depression level and anxiety level of the user, a target training scheme of the user is determined, and the user is prompted to perform mindfulness training according to the target training scheme; the target training scheme is adjusted based on an emotional state factor; the real-time mindfulness level of the user and the completion progress of the target training scheme by the user are determined according to a preset time interval, a mindfulness training report is generated in combination with the initial mindfulness level, and visual processing is performed; the mindfulness training method is selected by evaluating the mindfulness level of the user, and the rationality of the mindfulness training scheme can be improved.

The invention discloses an intelligent breast pumping system and a control method. The intelligent breast pumping system comprises a breast pump. The interaction device is in wireless connection with the breast pump, the interaction device is used for sending a control signal to the breast pump to control the breast pump, and the interaction device can update working parameters of the breast pump in real time; the server is internally provided with a cloud database, the server is wirelessly connected with the interaction device, the server is used for sending data to the interaction device, the interaction device is internally provided with an AI module, and the AI module is used for processing information of the interaction module and data in the cloud database. According to the application, the AI module is arranged in the interaction device, and the interaction device is interconnected with the server and the breast pump, so that the interaction device automatically adjusts the currently used function, mode, gear and force of the breast pump in real time and online according to the interaction information of the user, and automatically switches the breast pumping mode, thereby improving the user experience. Therefore, the breast pumping requirements in different time periods and different states are met, and the breast pumping process is more comfortable.

The present application relates to the technical field of voiceprint recognition devices. Disclosed are a touch-control screen structure and a human-computer interaction device. The touch-control screen structure comprises: touch-control screen glass; and a recognition module, which comprises an infrared touch-control panel and a sensor, wherein the sensor is electrically connected to the infrared touch-control panel, and the infrared touch-control panel is used for recognizing, on the basis of a vibration signal, the category of a contact object that generates the vibration signal.

The invention provides a radiofrequency ablation instrument for treating heart diseases, and relates to the technical field of medical equipment. The radiofrequency ablatometer comprises a man-machine interaction device, a data processing device, a radiofrequency energy generating device, an ablation device, an ablation parameter acquisition device, a twelve-lead ECG signal acquisition device, an ultrasonic image acquisition device, a vital sign monitoring acquisition device and a circulating cooling device which are respectively connected with the radiofrequency energy generating device and the ablation device, the cooling device is used for supplying cooling liquid to the ablation device; the data processing device controls power output of the radio frequency energy generating device according to the twelve-lead ECG signals and ablation parameters, and the man-machine interaction device displays ultrasonic images, vital sign parameters and ECG data. According to the invention, concentrated display and linkage analysis of ultrasonic images, twelve-lead ECG signals and vital sign parameters are realized for the first time, and the device can be widely applied to percutaneous intracardiac radiofrequency ablation treatment of hypertrophic cardiomyopathy, cardiac tumor and other diseases, and has extremely high clinical application value.

The exercise and fitness equipment structurally comprises a treadmill body, a control device and a man-machine interaction device, the control device is arranged on the top of the treadmill body, and the man-machine interaction device is installed on the rear side of the control device; the control device comprises two supporting columns connected with the top of the running machine body, the tops of the supporting columns are connected with a transverse plate, the front ends of the two sides of the transverse plate are connected with supporting rods, meanwhile, the rear side end face of the transverse plate is connected with the man-machine interaction device, and a shell is arranged outside the supporting columns, the supporting rods and the transverse plate. The electric telescopic rod is controlled to extend to drive the touch display screen to move forwards through double control of the wireless controller and voice recognition, the touch display screen is convenient to operate, the situation that the body inclines forwards when the touch display screen is operated in the running process is prevented, and the risk that the body falls down on the running machine is reduced.

The invention relates to the field of vehicles, and provides a vehicle-mounted man-machine interaction method, a vehicle-mounted man-machine interaction device and electronic equipment aiming at the problem of how to enable a vehicle-mounted terminal to accurately respond to the intention of a user and realize an application function expected by the user. The method comprises the steps that any one or a combination of more of vehicle data, driver data and environment and context data serves as a data source, a semantic text sequence is obtained according to the data source, and the semantic text sequence comprises one or more feature texts; the feature text is used for describing any one or a combination of more of a vehicle feature, a driver feature, an environment feature and a context feature, and the feature text is a text character string described by referring to a natural language; taking the semantic text sequence as the input of an intelligent model, and obtaining a prediction result output by the intelligent model; and calling the corresponding application service according to the prediction result. According to the method provided by the embodiment of the invention, the prediction accuracy of the intelligent model can be improved, and the user experience of man-machine interaction is improved.

Evaluation device for monitoring instruments and recording devices installed in dams, characterized in that it comprises the following: a central control unit (1); a built-in instrument detection module (2) which is electrically connected to the central control unit (1) and configured to establish a connection with a built-in monitoring instrument under test and to perform stability tests on the built-in monitoring instrument in order to obtain stability test data; a detection device detection module (3) which is electrically connected to the central control unit (1) and configured to establish a connection with a detection device under test and to perform measurement accuracy tests on the detection device in order to obtain accuracy test data; an insulation resistance detection module (4) which is electrically connected to the central control unit (1) and configured to perform insulation tests on the built-in monitoring instrument to obtain insulation resistance values; an intelligent interaction device (6) that is bidirectionally communicatively connected to the central control unit (1) to set the test parameters, receive and display the stability test data, accuracy test data and insulation resistance measurements, and perform an automated analysis on the received data based on the preset evaluation rules, thereby generating and outputting evaluation results for a built-in monitoring instrument and a detection device.

The invention discloses a vehicle interaction device awakening method and a related device, and relates to the field of vehicles, and the method comprises the steps: collecting a voice awakening instruction of a user, and refusing an awakening response to a vehicle interaction device when it is determined that the voice awakening instruction comes from the outside of a vehicle cabin. After the voice wake-up instruction of the user is collected, whether the voice wake-up instruction comes from the outside of the vehicle cabin or not is judged firstly, and when it is determined that the voice wake-up instruction comes from the outside of the vehicle cabin, in order to prevent a person not in the vehicle from waking up the vehicle interaction equipment outside the vehicle cabin to control the vehicle action, the safety of the wake-up operation of the vehicle interaction equipment is improved. Unnecessary potential safety hazards brought to the vehicle are avoided, and the wake-up response to the vehicle interaction device can be rejected.