31 results about "It usage" patented technology

The AI-based intelligent dehumidifier comprises a central server and multiple sets of intelligent dehumidifiers, the multiple sets of intelligent dehumidifiers are matched with attributes of the Internet of Things, the central server is in information transmission with the intelligent dehumidifiers through the Internet of Things, and each intelligent dehumidifier comprises a dehumidifier shell. And the thermal imaging camera is used for high-angle shooting and monitoring of a temperature field distribution diagram of the evaporator and the capillary tube. The AI simulation algorithm which can intelligently predict the frosting state and the frosting time of the intelligent dehumidifier, delay the frosting speed and accelerate the defrosting process is arranged in the intelligent dehumidifier in a matched mode, the air volume of a draught fan and the operation frequency of an inverter compressor can be automatically adjusted according to environment changes and equipment states, and therefore the dehumidification efficiency is optimized; by predicting the frosting condition of the evaporator and taking measures in advance, the defrosting time and frequency can be remarkably reduced, and the dehumidification efficiency is greatly improved.

An industrial digital insights system acts as an interactive assistant that leverages generative artificial intelligence (AI) techniques to suggest solutions to industrial alarm conditions or other performance problems based on earlier documented solutions, thereby expediting the process of finding alarm resolutions. The system enhances a user's prompt with relevant contextual data retrieved from stored documentation as well as relevant past chat histories to assist the system's generative AI model in recommending accurate resolutions to alarm conditions or performance issues described by the user's prompt. The system can also leverage generative AI to formulate and present proactive asset management recommendations based on analysis of the customer's assets and their usage.

This invention relates to the field of AI intelligent design technology, specifically to a packaging system platform based on AI intelligent design and its usage method, including an AI intelligent design unit, an ASIC computing acceleration unit, a seamless data integration unit, an intelligent manufacturing control unit, and a smart logistics warehousing unit. This invention achieves intelligent analysis of packaging design requirements, automatic generation and optimization of compliant and implementable digital design solutions through multimodal large-scale models, a packaging industry-specific database, and ASIC computing power support. Furthermore, it provides low-power, low-latency hardware-level dedicated acceleration support for AI design model computation and visual inspection algorithms through lightweight acceleration technologies such as a customized heterogeneous computing architecture for the packaging field, dedicated instruction set scheduling, mixed-precision quantization, and operator fusion. The synergistic effect of these two technologies significantly improves packaging design efficiency, compliance, and feasibility.

This invention provides a visual development tool and its usage method based on Vue.js. The tool includes the following steps: S101, creating and managing a Vue project; S102, manipulating the project structure; S103, component-based development; S104, completing the development of static pages. This usage method is a dual-mode development approach for Vue single-page applications, namely visual development and code development. This invention is mainly applicable to application development based on the Vue framework, providing a convenient visual development method for front-end applications. Compared with traditional front-end development models and existing web front-end development tools, this tool manages Vue projects in the cloud, allowing developers to quickly build, automatically deploy, and manage Vue projects in the cloud. The tool integrates mature third-party components and architectures, further improving its functionality and performance. Developers can use this tool to create a complete, customizable Vue application from scratch or import a Vue project for further development.

The invention relates to a teaching equipment and Internet of Things system data connection interaction terminal, which comprises a positioning base, a connector, communication antennas, an intelligent gateway, a distributed data storage unit, a data processing unit and a driving circuit, and is characterized in that the upper end surface of the positioning base is connected with the connector, and the communication antennas are respectively located in the positioning base and the connector; each communication antenna is electrically connected with the intelligent gateway and the driving circuit and establishes data connection with the intelligent gateway, the intelligent gateway is embedded in the connector, and the distributed data storage unit, the data processing unit and the driving circuit are all located in the positioning base. The use method comprises three steps of physical assembly, system networking and communication operation. The system is high in integration, modularization and intelligentization degree, networking is convenient, networking management and monitoring requirements of operation states of various types of teaching equipment can be effectively met during operation, the management capability of teaching activities can be improved, and the labor cost of system operation and maintenance can be reduced.

It will be possible to calculate the reduction effect of an application based on its usage history. [Solution] An information processing device that executes an application that accepts data input for each predetermined task includes: a reception unit that accepts input of a first value for calculating the difference between the time required when the user performs the predetermined task using the application and the time required when the user performs the predetermined task without using the application, or a second value indicating the difference; a calculation unit that calculates the reduction effect when the application is used during the predetermined period based on the usage history of the application used for the predetermined task during the predetermined period and the first value, or the reduction effect based on the usage history and the second value; and an output unit that outputs a screen displaying the reduction effect calculated by the calculation unit to a terminal.

This invention discloses an intelligent management system for adjustable loads in a power system, belonging to the field of power management technology. It acquires user load data and identifies user load devices in real time based on the load data and user information; acquires device characteristic data of the load devices and predicts their usage based on this data to obtain usage prediction data for each load device; summarizes the usage prediction data of each load device to obtain load prediction data; determines the load adjustment area corresponding to each user and obtains the area target for each load adjustment area in real time; evaluates whether the load adjustment area meets the area target based on the collected load data and load prediction data in real time to obtain the load evaluation result for each load adjustment area; performs load adjustment analysis on load adjustment areas whose load evaluation results do not meet the area target to obtain a load adjustment plan for the load adjustment area, and performs load adjustment according to the plan.

This invention belongs to the field of computer storage technology, specifically relating to a cache management method for ensuring access fairness in ZNS-SSDs. The method includes: dividing the onboard DRAM into two categories: a normal area and a privileged area, assigning different permissions to different types of areas; recording I / O request characteristics to identify unfair applications; and rationally allocating and managing unfair applications and other I / O request data, storing them in the normal area and privileged area of ​​the onboard DRAM. This invention ensures access fairness in ZNS-SSDs by partitioning the onboard DRAM and placing data from unfair applications in the privileged area, thus shortening their response time. Furthermore, it dynamically adjusts the capacity of the privileged area based on its usage, alleviating resource idleness caused by an excessively large privileged area. This invention has the advantages of low cost and ease of implementation, while also possessing good scalability and practicality.

In one example, a system can execute a first version of a software program during a time window. While executing the first version of the software program during the time window, the system can generate a software bill of materials (SBOM) for the software program. The SBOM can identify a dependency relied upon by the first version of the software program during the time window. The system can determine that the dependency has a vulnerability based on a Common Vulnerabilities and Exposures (CVE) record associated with the dependency. The system can then obtain an updated version of the dependency that lacks the vulnerability, generate a second version of the software program using the updated version of the dependency to mitigate the vulnerability, and deploy the second version of the software program. The system may also shut down the first version of the software program.

This invention provides a diplopia detection system and its usage method based on virtual reality technology, belonging to the field of virtual reality technology. The invention includes a cloud server, a detection device, a software terminal, and a communication module; the communication module is used to realize data exchange; the detection device includes VR glasses and a control handle, with the VR glasses and control handle exchanging data wirelessly. This invention constructs a novel diplopia detection method by detecting a 3D panoramic virtual environment, achieving the goal of accurately quantifying the severity and range of diplopia, while simultaneously solving the detection error problem caused by head rotation compensation, ensuring the accuracy and precision of diplopia detection results.

This invention relates to the fields of multimedia technology and information security in digital watermarking, particularly to anti-theft dark watermarking technology based on deep learning, specifically an anti-theft dark watermarking embedding and extraction network framework based on minimum dependency hiding and its usage method. This invention is suitable for desktop application environments and features high watermark embedding efficiency, high watermarked image quality, and robustness to screen capture. This invention innovatively employs a probability-based decision module to orderly combine perturbation modules for different attacks, greatly enhancing the diversity and balance of training samples used for network optimization, and significantly improving the robustness of the watermark under various attack scenarios.

Protection is lacking for various artificial intelligence (AI) assets (e.g., AI models and data) after they are distributed to an end user and loaded into their target AI computing hardware (e.g., NVIDIA GPUs). In some cases, protection for such assets is limited to binding their usage with legal terms, but malicious or adversary market participants cannot be prevented from ignoring such legal terms. Computing assets, such as AI models or data associated with AI models that used on a graphics processing unit (GPU), can be protected from unauthorized use or theft via technical safeguards.

This application belongs to the field of educational information technology, specifically relating to a multi-agent system and its usage method applied to educational statistics. The multi-agent system includes: first to fourth agents; the first agent acquires user needs information, generates corresponding keyword information, and sends it to the corresponding agent; it can also output the processing results of other agents to the user; the second agent acquires relevant raw theoretical knowledge data and feeds it back to the first agent; the third agent acquires relevant practical cases in educational statistics and sends them to the first agent; and the fourth agent acquires relevant software data and sends it to the first agent. The system and method of this application enable students to increase interaction with agents in traditional teaching environments, forming a "teacher-student-computer" three-way interaction through independent exploration and collaboration, thereby completing the entire teaching process from data collection, cleaning, analysis to result interpretation.

This invention discloses a distributed storage system and its usage capacity statistics method, relating to the field of storage technology. The method includes determining the logical scope of newly added data and the logical scope of deleted data for an object before and after a business operation request is executed during the process of updating object metadata. It also involves determining the overlap between the object's snapshot duplicate reference range and the deleted data logical scope, subtracting the overlap range from the deleted data logical scope, whereby the snapshot duplicate reference range represents the shared data range between the object and associated snapshot objects. The subtraction result and the newly added data logical scope are used as usage capacity change data caused by the business operation to update the usage capacity statistics of the distributed storage system. This invention solves the problem that related technologies cannot accurately determine the actual exclusive capacity of user data, enabling precise statistics on the usage capacity of user data written to the front end, thus improving the reliability and availability of the distributed storage system.

This invention proposes a SENT protocol parsing device and its usage method based on an active identifier carrier, belonging to the field of SENT protocol parsing technology. It includes a clock source CLK, a reset interface RESET, signal input interfaces SENT0-SENTN, an FPGA module, a serial input interface RXD, a serial output interface TXD, and a serial-to-RJ45 module. The clock source CLK generates an external clock signal and sends it to the FPGA module. The reset interface RESET changes the reset signal state when the device powers on or malfunctions. The signal input interfaces SENT0-SENTN send parallel SENT signals from N channels to the FPGA module. The serial input interface RXD receives control commands sent by the cloud platform through the serial-to-RJ45 module. The serial output interface TXD sends parsed data to the cloud platform through the serial-to-RJ45 module. The serial-to-RJ45 module sends and updates data to the cloud platform and receives control commands, thus realizing remote information sharing, monitoring, and feedback control.

The invention belongs to the technical field of artificial intelligence, and particularly relates to a cooperative AI model management system for an intelligent robot with a body and a use method of the cooperative AI model management system. The cloud model warehouse is used for centralized storage, version control and metadata management of models, and receiving connection points of a distribution center and a training and pushing process; and the robot end model management agent system is deployed at the local of the robot, and is used as a local cache of the model, a request gateway and a runtime acquisition optimizer. The problems that in the prior art, the comprehensive requirements of low delay, high reliability (weak network / offline), hardware adaptability, resource efficiency, safety and training and pushing integration of an intelligent robot for model deployment are difficult to meet at the same time are solved.

Systems and methods provide hierarchical assessment of use of services in a cloud environment. An operator cloud environment running on a computer comprising a microprocessor, wherein the operator cloud environment is deployed within a first domain owned by an operator tenant of the domains; providing a set of software products from a cloud infrastructure provider of the cloud environment to the first domain as a vendor cloud service for a plurality of end users to access via the first domain; and a metering service. Usage data that records usage of a service in a domain includes identification data that associates a user entity with its usage of the service, the identification data being provided to an operator tenant associated with control of the domain. A second set of data is generated by processing the usage data to remove or convert the identification data and provided to a cloud infrastructure provider associated with control of the cloud environment.

The invention relates to a modular financial management system based on a block chain technology, and the system comprises a data management unit, a form generation unit, a production management unit, a logistics management unit, a supply and marketing management unit, a financial integration unit, and an integrated client server. Wherein the data management unit, the form generation unit, the production management unit, the logistics management unit, the supply and marketing management unit and the financial integration unit are in data connection through a data communication bus. The use method comprises three steps of system configuration, data backup and system operation. According to the invention, the integration degree, the modularization degree and the intelligence degree of the structure are greatly improved, networking is convenient, system functions can be flexibly adjusted and expanded according to use requirements, and system operation functions can be flexibly adjusted, modified and set according to opportunity use requirements, so that the operation requirements under different use scene conditions are met.

1. Name of the product in this design: Artificial Intelligence Analysis Image Graphical User Interface for Electronic Devices. 2. Application of this design: This design is intended for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the Graphical User Interface: The product interface of this design is used to display the AI ​​analysis of user-uploaded images. The square white boxes in the views represent user-uploaded images. Design 1's main view shows the interface after the user uploads multiple images; the AI ​​analyzes these images and displays the analysis progress. Design 2's main view shows the interface after the user uploads multiple images; the AI ​​analyzes some images, and the analysis progress is displayed. Design 3's main view shows the interface after the user uploads multiple images; the AI ​​analyzes all images, and the analysis progress is displayed. Design 4's main view shows the interface after the user uploads at least one image; the AI ​​analyzes at least one image, and the analysis progress is displayed. Design 5's main view shows the interface after the user uploads multiple images; the AI ​​analyzes some images, and the analysis progress is displayed. Design 6's main view shows the interface after the user uploads multiple images; the AI ​​analyzes these images, and the analysis progress and classification boxes are displayed. In Design 1 to Design 6, the boxes represent avatar images or scene images, and "XXX" represents text. Design 1, in its usage state, represents one scenario of this design product design 1 in actual application. Design 2, in its usage state, represents one scenario of this design product design 2 in actual application. Design 3, in its usage state, represents one scenario of this design product design 3 in actual application. Design 4, in its usage state, represents one scenario of this design product design 4 in actual application. Design 5, in its usage state, represents one scenario of this design product design 5 in actual application. Design 6, in its usage state, represents one scenario of this design product design 6 in actual application. 7. Other situations requiring explanation: The electronic device of this design product is a conventional design, therefore other views are omitted.

1. Name of the product in this design: Graphical User Interface for Generating and Publishing Content Based on Image Using Artificial Intelligence in Electronic Devices. 2. Application of this design: This design is intended for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the Graphical User Interface: The product interface in this design is used to demonstrate how AI (Artificial Intelligence) analyzes user-uploaded images and generates published content. The white square at the top of the view represents the user-uploaded images, and the text box in the middle of the view displays the text content generated by the AI. Design 1's main view shows the interface where the user uploads multiple images, and the AI ​​analyzes these images to preliminarily determine their category. Design 2's main view shows the interface where the user uploads multiple images, and the AI ​​analyzes these images to preliminarily determine their category; the text box displays preset text content. Design 3's main view shows the interface where the user uploads multiple images, and the AI ​​analyzes these images. After determining the category of the image, text content is generated in the text box; Design 4's main view shows the interface where the user uploads multiple images. AI (Artificial Intelligence) analyzes the multiple images, determines their category, and generates complete text content in the text box; Design 5's main view shows the interface where the user uploads multiple images. AI (Artificial Intelligence) analyzes the multiple images, determines their category, and generates complete text content in the text box; Design 6's main view shows the interface where the user uploads multiple images. AI (Artificial Intelligence) analyzes the multiple images, determines their category, and generates complete text content in the text box; In Designs 1 to 6, the boxes represent avatar images or scene images, and "XXX" represents text. Design 1, in its usage state, represents one scenario of this design product design 1 in actual application. Design 2, in its usage state, represents one scenario of this design product design 2 in actual application. Design 3, in its usage state, represents one scenario of this design product design 3 in actual application. Design 4, in its usage state, represents one scenario of this design product design 4 in actual application. Design 5, in its usage state, represents one scenario of this design product design 5 in actual application. Design 6, in its usage state, represents one scenario of this design product design 6 in actual application. 7. Other situations requiring explanation: The electronic device of this design product is a conventional design, therefore other views are omitted.

This invention discloses a comprehensive auditing tool and method for data auditing, comprising: a device base, a data storage device, and a control host. The data storage device is installed on the right side of the upper wall of the device base, and the control host is installed above the data storage device. The control host is equipped with an audit scanning and input structure, and the device base is equipped with a file retrieval structure and an audit input alignment and placement structure. This invention relates to the field of audit input equipment technology. The beneficial effects of this invention are as follows: Existing data auditing methods mainly rely on manual operation, requiring manual collection, organization, and analysis of data, which consumes a lot of time and effort. When processing large-scale data, manual operation is prone to human error. Although existing automated data auditing tools on the market improve work efficiency, they have limitations in terms of device operation, data alignment, scanning accuracy, and real-time display of audit results.

We provide the system. [Solution] A means of embedding invisible identification information into the generated information, A means for tracking the number of times generated information is generated and its usage, A means of calculating and distributing profits based on contribution, Means for providing the generated information to the user, A system that includes this.

In one example, a system can execute a first version of a software program during a time window. While executing the first version of the software program during the time window, the system can generate a software bill of materials (SBOM) for the software program. The SBOM can identify a dependency relied upon by the first version of the software program during the time window. The system can determine that the dependency has a vulnerability based on a Common Vulnerabilities and Exposures (CVE) record associated with the dependency. The system can then obtain an updated version of the dependency that lacks the vulnerability, generate a second version of the software program using the updated version of the dependency to mitigate the vulnerability, and deploy the second version of the software program. The system may also shut down the first version of the software program.

This invention provides a reliability monitoring method and system for the Internet of Things (IoT). The method includes: Step 1: Monitoring the status information and log information of a first device connected to a first network under its usage state; Step 2: Removing error information from the status information to obtain a set of status curves, and optimizing the corresponding status parameters based on the log information to obtain a first optimized curve set; Step 3: Comparing the first optimized curve set with the standard curve set corresponding to the current device under a standard connection network; Step 4: If the first optimized curve set is not completely within the standard curve set, determining the network connection index of the current device, and thus determining the reliability of the first network connected to the current device; Step 5: Determining whether it is necessary to change the connection network of the current device; effectively ensuring the validity of the IoT connection with the device and ensuring the working reliability of the connected device.

This invention discloses a fluid-driven interactive device and its usage method, belonging to the technical field of mechanical interactive devices. The device includes a kettle body (1), a spout (2), a rotor (6), a motion conversion device (20), and a movable component (3). The kettle body and spout are connected to form a channel (5); the rotor is installed within the channel; the rotor is connected to the motion conversion device to transmit rotational motion to the motion conversion device; the motion conversion device is connected to the movable component and converts the rotational motion of the rotor into the mechanical motion of the movable component. This invention utilizes fluid flow to drive the movement of the movable component, requiring no external power source. The movement speed of the movable component is naturally linked to the fluid flow rate, forming an intuitive and interesting interactive experience. This invention also discloses the usage method of the device. This invention is applicable to scenarios such as plant watering and has the advantages of energy saving, environmental protection, strong interactivity, and simple structure.

This invention discloses a financial accounting document processing device and its usage method, relating to the field of document processing technology. The technical solution includes a processing box and a box cover threaded to the bottom of the processing box. A feed hopper is fixedly embedded in the top of the processing box, and a base plate is fixedly connected to one side of the processing box. The processing box also includes an auxiliary component, the main body of which covers the outside of a shredder within the processing box. The auxiliary component is configured to rotate in the opposite direction to the shredder to apply a reaction force to the shredded paper and disrupt its rotation direction. The beneficial effect of this invention is that by providing an auxiliary component in the processing box, and by having the auxiliary component cover the outside of the shredder, the auxiliary component rotates in the opposite direction to the shredder when shredding documents. This applies a reaction force to the shredded paper and disrupts its rotation direction, preventing the shredded paper from rotating with the shredder, thus increasing the shredding effect.

The invention discloses a fabricated building transaction platform based on a BIM technology and a use method thereof, and relates to the technical field of fabricated buildings, the transaction platform combines a fabricated building with the BIM technology, and three-dimensionally displays one-dimensional and two-dimensional character drawings by using a three-dimensional model, so as to give the most intuitive feeling to project participants. The building model can be stored in a user personal center to be checked at any time, model modification information and the like can be quickly transmitted to any party related to the project, and symmetry of the information is ensured; a user can retrieve and select required prefabricated parts, components and the like through a BIM commodity model displayed by a manufacturer, can also match components, components and the like used in a building model through a background commodity library, quickly find out information of merchants which have the mold and can produce, select factors such as prices and freight distances to sort, and obtain the model information. And the platform can also provide an optimal scheme for joint production of multiple manufacturers for the user to select.

The invention provides a cross-language medical task-oriented intelligent pre-examination triage system and a use method thereof, and relates to the technical field of intelligent pre-examination triage. The system comprises an intelligent terminal, a cloud service platform and a medical management terminal, and the intelligent terminal adopts portable and durable industrial-grade hardware and supports multi-mode interaction of a multi-language interface, graphics, voice and the like; an intelligent triage engine based on an authoritative medical knowledge graph is built in the cloud service platform, so that multiple rounds of intelligent inquiry and accurate triage decisions can be realized; and the medical management end provides background data management and reception support. The system realizes cross-language barrier-free communication, paperless operation in the whole process, patient privacy protection and improvement of triage efficiency and accuracy by combining innovative designs such as offline work, multi-terminal synchronization, medical information anonymization and two-dimensional code encryption transmission through a standardized process of guiding, interaction, intelligent inquiry, triage decision-making, result output and reception.