8 results about "Intelligent help" patented technology

A system and method for certifying, sharing, and monetizing via marketplaces personal and collective memories as digital assets, integrated with blockchain or other immutable registry technologies. Users upload multimedia memory content, which is authenticated via biometric, contextual, or metadata-based verification. Artificial intelligence assists in structuring the memory and generating immersive presentations incorporating visual elements and optionally one or more sensory modalities including touch, smell, hearing, taste, moisture, nervous system sensations, and temperature. The immersive presentation is then minted as a unique non-fungible token (NFT / nxNFT) or equivalent digital asset, enabling privacy, access control, transferability, and monetization through sale, financing, rental, or co-ownership models. AI further supports market prediction, including dynamic pricing strategies. The system may incorporate a social ecosystem for voting, curation, and emotional engagement, alongside a governance layer for ethical oversight and category designation. Designed for scalability, cross-platform resonance, and anticipates future technologies ensuring interoperability with evolving digital asset standards.

The invention belongs to the technical field of emergency call systems, and discloses a multifunctional indoor one-key call system, which comprises the following modules: an intelligent call module, a user service module, a department response module and a department command module. The emergency help-seeking operation process is simplified through an independent button of the intelligent help-seeking module, so that a user can rapidly and accurately trigger a required type of alarm and establish two-way voice communication with a corresponding rescue department, information deviation or delay of a traditional mode is avoided, and help-seeking efficiency is improved; meanwhile, the user service module provides personal and emergency information management, ensures that key information is automatically and accurately transmitted during alarming, and provides important reference for a rescue party; a receiving mechanism forcibly responded by the department response module and complete information records ensure timely processing and traceability of the alarm; the intelligent scheduling function of the department command module and the real-time voice synchronization function of field personnel open the information flow from alarm receiving, decision making to field processing.

A system receives a search query for a user's information. The system obtains, from a database, user information including a confidentiality status. The system generates a search result interface that visually distinguishes the user's information based on the confidentiality status. The system also displays the interface, including an indication that confidential communication is invoked for the user's contract. The system also stores a confidential communication password and an alternate address associated with the contract. The system also receives a request from an agent to access the confidential information. The system also initiates a privacy validation process by prompting the agent to perform a verbal privacy validation and verify completion of validation steps. Upon successful completion of the validation, the system provides the agent with secure access to the confidential communication password, and logs the password access event in an audit trail. The system utilizes natural language processing for interactions.

The embodiment of the invention discloses a wellbore structure interactive editing method, device and equipment, a medium and a program product. The method comprises the following steps: in response to a wellbore structure editing request, displaying a graphical editing interface; monitoring well part editing operation in the well bore structure triggered by a user in the graphical editing interface, and performing well part visual editing in the graphical editing interface according to the well part editing operation; after visual editing of the well parts is completed, well bore structure rationality verification is conducted on well bore structure parameters; and if the wellbore structure rationality verification is passed and wellbore structure editing is completed, exporting a wellbore structure vector data file, and generating a wellbore structure engineering drawing according to the wellbore structure vector data file. And the well bore structure is graphically edited, so that a user can realize more intuitive and efficient design experience. When a user adjusts a well body part, the system can immediately update and verify the reasonability of the design, so that the design process becomes more intelligent, and engineers are helped to rapidly iterate and optimize the design.

A facility for assisting a user in a mixed reality (MR) experience using generative artificial intelligence is disclosed. A user query and MR data associated with the MR experience is received and used to create a prompt to provide to a generative artificial intelligence (GAI) model. In some embodiments, the MR data includes source data, procedure data that is based on the source data and corresponds to a plurality of MR steps of the MR experience, and a current step indicator that corresponds to a current MR step that is being provided to the user. The facility provides the prompt to the AI model. Then, the facility creates content based on output of the AI model and causes the content to be provided to the user in the MR experience, such as by outputting it audibly to the user via simulated speech.

A facility for assisting a user in a mixed reality (MR) experience using generative artificial intelligence is disclosed. A user query and MR data associated with the MR experience is received and used to create a prompt to provide to a generative artificial intelligence (GAI) model. In some embodiments, the MR data includes source data, procedure data that is based on the source data and corresponds to a plurality of MR steps of the MR experience, and a current step indicator that corresponds to a current MR step that is being provided to the user. The facility provides the prompt to the AI model. Then, the facility creates content based on output of the AI model and causes the content to be provided to the user in the MR experience, such as by outputting it audibly to the user via simulated speech.

The invention provides an elevator trapped person intelligent call-for-help system and method based on 5G communication, and relates to the technical field of elevator safety, the system is characterized in that a call-for-help terminal device is triggered by a trapped person through a physical key or voice, and after the call-for-help terminal device is triggered, call-for-help information is uploaded to a call-for-help emergency management center through a 5G network in a data packet mode; wherein the help calling information carries structured elevator basic information; after receiving the call-for-help information, the call-for-help emergency management center inquires the idle state of the seat customer service and distributes the call-for-help information to the idle seat customer service; the seat customer service calls back to the help-calling terminal device through the help-calling emergency management center so as to confirm the trapped condition to the trapped person and pacify the trapped person; and according to the elevator basic information in the help calling information, corresponding departments in the emergency rescue terminal are contacted to carry out emergency processing. According to the scheme, low-delay, high-reliability, full-coverage and strong-linkage elevator people trapping event emergency response can be achieved.

The application discloses a robot danger emergency power-off protection, fault isolation, self-help and intelligent help-seeking system and method, and belongs to the technical field of robot safety protection. The system comprises a core power supply unit, a danger judgment unit, a multi-channel power supply control unit, a fault detection and isolation unit, a self-help capability evaluation unit, a behavior decision and control unit and an intelligent help-seeking unit, can be built-in integrated or adopt an independent external structure, and can be adapted to an external transitional exoskeleton of a robot. The application adopts a hierarchical protection mechanism of one-stage local power-off and two-stage global power-off, cooperates with a fault isolation, wounded movement, intelligent help-seeking and long-term keep-alive strategy, guarantees continuous power supply of a core module after a robot fault, can autonomously evacuate a dangerous area or send a help-seeking signal, and the external transitional exoskeleton is only used as an executing mechanism for expansion, has no independent safety capability, is uniformly controlled by the system, is suitable for various robots and transitional exoskeleton expansion scenes, and is high in safety and universality.