79 results about "It usage" patented technology

The invention relates to the technical field of engineering cost based on AI, in particular to an engineering cost database platform based on AI intelligent identification and a use method, and by arranging the engineering cost database platform based on AI intelligent identification comprising a measurement and calculation and AI module and an interactive display module, precipitation and index analysis can be carried out on measurement and calculation data, and the calculation and calculation efficiency is improved. And through data matching, the data in the list can be automatically compared, and the tedious work of manual comparison is avoided. By setting a database, an index library and a material price library, project cost data, including a standard list, project amount data and market price data, of already-completed construction projects of an enterprise can be collected and sorted, and then various indexes influencing the construction project cost are abstracted from the project cost data; and the method is used in the cost consultation service to realize rapid measurement and calculation of the cost of the project to be constructed, and assists the whole process cost management and control of the construction project at the same time; and finally, continuous improvement of the cost consultation service value is realized.

The invention relates to the technical field of electric power emergency management, in particular to a multi-scene process emergency system based on an electric power emergency knowledge base and based on natural language processing, a knowledge graph and deep learning and a use method. A traditional electric power emergency plan has the problems of low text structuring degree, insufficient dynamic response capability and the like, so that the emergency plan generation efficiency is low. In the prior art, the fusion capability of multi-source heterogeneous data is lacked, and plan disassembly depends on manual work, so that the requirement of quick response is difficult to meet. In addition, an existing system has obvious defects in the aspects of post responsibility matching, resource dynamic scheduling and the like. Based on the above technical scheme research conclusion, an emergency resource continuous optimization configuration method is analyzed, and a plan digital real-time information interaction technology is combined to realize integrated planning with a new-generation emergency command system to develop a demonstration application scheme.

The invention relates to the technical field, in particular to an Internet-based AI voice payment system and a use method thereof. According to the technical scheme, a voice input module is responsible for collecting voice input signals of a user, a voice recognition module converts the voice signals into text information, a natural language understanding module conducts semantic analysis on the text information and understands the payment intention of the user, and a safety verification module ensures the safety of the identity of the user. Comprising verification modes of face recognition, voiceprint recognition and the like, the payment execution module is in butt joint with a bank and a payment platform through a payment interface to perform actual payment operation, and the feedback module returns a payment result to inform a user of whether payment succeeds or not and information such as account balance. According to the invention, a multi-modal speech recognition and security verification mechanism is integrated, the accuracy and robustness of speech recognition are improved, and payment instructions and key information related to payment are accurately recognized in the aspects of natural language understanding and intention recognition.

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.

The invention belongs to the technical field of digital diagnosis, and discloses an enterprise digital diagnosis platform and a use method thereof, and the platform comprises a diagnosis management user unit which is used for carrying out the comprehensive management of a management user based on the enterprise diagnosis information; the enterprise user diagnosis unit is used for analyzing the diagnosis task of the enterprise user and providing diagnosis service and personalized support for the enterprise user according to the diagnosis task; the business authority management unit is used for defining the function access range of the enterprise user and the management user, and performing unified management on the function authority of the enterprise user and the management user based on the function access range; and the user role management unit is used for constructing a diagnosis management role and a diagnosis enterprise role. The method focuses on maintenance of global data, distribution of diagnosis tasks and comprehensive analysis, so that efficient organization and coordination of platform resources are facilitated, and stable operation of the platform and smooth development of enterprise diagnosis work are ensured.

The invention relates to the technical field of data transmission, and discloses an MQTT-based message forwarding system and a use method thereof.The system comprises a target MQTT server, a target database and at least one downstream system, the target MQTT server is determined according to a target message issued by an upstream system and used for forwarding the target message, and the system further comprises an MQTT transponder, a target database and at least one downstream system, the authentication module is used for performing authentication with a target MQTT server; and when the authentication is passed, establishing a connection with the target MQTT server, receiving a target message forwarded by the target MQTT server, establishing a mapping relationship between the target database and the corresponding downstream system according to the target message, and determining a system task according to the mapping relationship, so that the downstream system executes the system task. According to the invention, the MQTT transponder is additionally arranged to carry out isolation processing on the operation logic required by the new business, so that the system coupling degree of message transmission can be reduced, and the efficient operation of the system is ensured while the service supervision efficiency is improved.

Certain embodiments disclosed herein provide application relaunch optimization. Aspects of the present disclosure include deferring the termination of at least some applications notwithstanding an action taken by the user to terminate such applications. For example, a trigger event such as a deferral time can be set, prior to which the termination will take place if an additional user action occurs, and after which the application will be kept suspended in volatile memory indefinitely. As another example, the termination can take place, or not, depending on the type of application or the nature of its usage. An application that has not been terminated despite the termination action being taken by the user and the application's removal from the application management interface can be invoked quickly and efficiently, improving the user experience.

The invention relates to the technical field of information storage equipment, and discloses storage equipment for information technology management and a using method thereof.The storage equipment comprises a main body, three drawer grooves are formed in the front face of the main body, two long grooves are formed in the inner walls of the front face and the back face of each drawer groove, and four limiting plates are fixedly connected to the inner wall of the bottom of each drawer groove; the four limiting plates are symmetrically arranged in pairs, the two sets of limiting plates are symmetrically distributed with the middle of the drawer groove as the center, and two vertical plates are fixedly connected to the inner wall of the bottom of the drawer groove. When the two movable plates and the second connecting lugs push the L-shaped plates with the servers to rotate upwards, the two rotating L-shaped plates can drive the servers to be in an inclined state, and then the sliding tendency of the stored servers in the horizontal direction can be reduced; therefore, the risk that the server slips during storage due to vibration force generated when the server works or is subjected to external force is reduced, and the stability of the server during storage can be 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.

1. Name of the product of this design: Graphical user interface for monitoring and analyzing system status of electronic equipment. 2. Purpose of this design product: This design product is an electronic device, and the partial product for which protection is requested is used to monitor the status of an analysis system and use tools to review and analyze the system and its usage. 3. The key design point of this design product lies in the interface content of the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: Main view of Design 1. 5. Designate Design 1 as the base design. 6. Purpose of the graphical user interface: This design product can monitor and analyze the status of the system in the graphical user interface through user interaction. 7. Other circumstances requiring clarification: Design 1‑2 requires protection of partial appearance; the design for which protection is sought requires protection of color.

The present invention discloses a customer data background management system and a use method thereof, which relates to the technical field of customer data background management, and comprises a customer authentication module, a customer data collection module, a customer data storage module, a customer data analysis and processing module, and a customer data visualization module. The customer data background management system ensures safe login through password verification and SMS authentication; the data collection module reads customer data from three data sources and updates it regularly; the data storage module manages data update strategies by using smart contracts, encrypts and stores the data in a MySQL database, and performs regular backups; feature selection is performed using a random forest importance analysis method and a Lasso method based on the collected customer data, and customer credit scores are predicted based on the selected customer features, so that enterprises can more accurately evaluate customer credit; intuitive analysis results are presented through a visualization module, and trends in customer prediction results are quickly understood, thereby accurately formulating operation strategies.

The present invention discloses a service system with a voice self-service function based on the Internet of Things and a method for using the system, which belongs to the field of smart services and includes a service supervision platform. The input end of the service supervision platform is connected to a voice center platform. The service supervision platform is used to process service information and reply to the service information. The voice center platform is used to process voice information and reply. The output ends of the voice center platform and the service supervision platform are both connected to a service terminal unit. In this solution, a service system is set up, and scanning and inputting of service files are realized through a document scanning module, so that the service supervision platform can conveniently input service information. At the same time, the service data is scored and judged through an information storage unit, and information communication between multiple departments is realized through a collaborative information module, thereby realizing the ability to assist users in voice interaction, reducing the resource consumption of manual guidance, and improving service processing efficiency.

1000 MORE is a digital political marketplace that centralizes all civic engagement for constituents, advocacy organizations and elected officials. It generates information about bills coming up for a vote, elected officials, and advocacy efforts, then provides action options including calls, emails, connecting via social media and crowdfunding. 1000 MORE provides constituent users with information about how their elected officials and candidates align with their interests based on their usage of the platform. With that information in hand, constituents can engage with candidates through phone, email, social media or donations. Furthermore, 1000 MORE uses that information to build a hyper personalized voter guide for constituents. It also gamifies civic engagement with a scoring system and options to connect with other users. Advocacy organizations have an interface where they can connect with constituents and crowdfund. Elected officials have an interface where they can track the preferences of and communicate with their constituency.

The present invention discloses a resource management method for a virtual machine system. The method first obtains the usage habit data of all users of all virtual machines, then selects a virtual machine currently being used by a user, performs inertia analysis on the usage habit data, mainly determines the deviation value of the usage upper value Zi of each day in the accumulation stage according to the usage upper value, determines a number of removal upper values ​​and a number of range upper values ​​according to the relationship between the deviation value and X1, determines the removal ratio according to the number of removal upper values, then automatically obtains corresponding one of combined information, semi-combined information and mismatched information, and then automatically performs storage allocation; after the allocation is completed, performs real-time analysis on the use of the virtual machine by the user, combines the daily average load of the CPU and the storage change ratio to determine whether the user is in an idle state when using the virtual machine, and automatically reminds the management personnel to handle when the judgment condition is met, thereby avoiding complicated alarm signals and accurately identifying.

The present invention provides a smart grid communication security and fault detection method. The smart grid includes a cloud server that collects data transmitted to the cloud server via transmission lines from large-scale grid equipment and user smart meters and performs security fault detection. The cloud server also performs secondary registration and security verification with a third-party trusted institution and transmits the encrypted information to the third-party trusted institution via a secure channel. By establishing a third-party trusted institution to register and perform security verification on user login information and detect device security fault information, the present invention not only identifies trusted users and records their usage history, thereby enhancing the security and privacy of user-side data, but also reduces the burden on the cloud server to detect device security faults and prevents interference from malicious third parties.

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.

The current invention relates to a tool storage system for securely store tools and track their usage, providing a comprehensive solution for tool management. The system combines of electrically powered terminals, communication means, and user identification features to enhance security and control.

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.

The present invention relates to the field of computer technology. The present invention discloses a fixing device for a computer blockchain device and its usage method, including a mounting frame, on which there is a bearing component for placing the device, a limiting component is provided on the bearing component, a number of mounting holes are formed on one side of the limiting component, a number of identification devices are equidistantly arranged on one side inside the bearing component, each of the identification devices is respectively located on one side of a mounting hole, a control component is provided at the side ends of the number of identification devices, and the identification device includes a linkage component, a triggering component and a cleaning component. By the operation of the bearing component and the identification device, the present invention can quickly release the fixation of the device for easy use and automatically clean the connection holes without inserted connection lines before use, greatly improving the convenience and practicality.

The invention discloses a personnel factory entry comprehensive application management system and a use method thereof, and relates to the technical field of safety production management, and the system comprises a qualification examination management module, a three-level safety education module, and a risk management and control module. The qualification review management module comprises a personnel identity checking unit, a special operation certificate query unit, an outsourcing personnel guarantee state unit and a contract information state maintenance unit; the third-level safety education module comprises a training education unit and an education examination unit; the risk management and control module comprises an operation risk assessment unit, a personnel early warning unit and an operation area warning unit; according to the method provided by the invention, through the qualification examination management module, rapid examination of the qualification of the outsourcing personnel is realized, and the examination accuracy and efficiency are improved; through the three-level safety education module, the safety consciousness and the precaution capability of the overall outsourcing personnel are improved; and through the risk management and control module, unsafe behaviors of personnel and risk factors in an operation environment are warned, and potential accidents are effectively prevented.

This application relates to a Temporal Information Aggregation (TIA) neural network block to extract latent multi-scale temporal information. By applying TIA, information at different time scales can be efficiently extracted. The TIA block can be implemented as a single block and can therefore be plugged into any architecture. The extracted multi-scale temporal information contributes to the final output as a residual.

The invention discloses a double-mainboard personal computer and a using method and system thereof, and relates to the technical field of computer hardware integration, and the method comprises the following steps: identifying a drive activation operation in a preset area range of a display; activating an analog switch when it is identified that the drive activation operation is obtained; uSB interface connection corresponding to the computer main board is established, switching activation of the first computer main board and the second computer main board is achieved, and the corresponding computer main board is the computer main board corresponding to the preset matching direction. The invention solves the technical problems of weak security isolation mechanism, low system switching efficiency, easy data transmission leakage and insufficient security when the existing computer technology is used for coping with complex office requirements, and achieves the purposes of realizing security isolation and efficient switching of the double mainboards, requiring no intermediate transfer equipment for data transmission, reducing the cost and the like. The interaction security between the two hosts is ensured while the transmission is efficient and instant, the isolation effect is improved, and the computer use security and the office efficiency are improved.

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.

To provide information individually to each customer in accordance with the use state per store of each customer.SOLUTION: When settlement result information is received, a verification processing unit 331 refers to a purchase information database 370 that stores the past purchase history of each customer having paid at each store S, and identifies the past purchase history of a customer identified by customer identification information having paid at a store S identified by store identification information, as a use state at a target store S of a target customer. A message table 390 stores a content template corresponding to the classification of each of a plurality of use states. On the basis of a use state at the target store S of the target customer, a purchase information determination unit 332 determines the classification of the use state. Meanwhile, a message creation unit 333 refers to the message table 390 and creates a message including the content template having been set in correspondence to the classification determined by the purchase information determination unit 332 as a provision content.SELECTED DRAWING: Figure 1

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.

The present invention discloses a MES system and its usage method. The MES system includes at least one production operation terminal and a system terminal; before production, each production operation terminal customizes a plurality of input fields required to generate a personalized input interface; during production, the at least one production operation terminal inputs production data through the input interface and transmits it to the system terminal; the system terminal receives and aggregates the production data transmitted by the at least one production operation terminal to reverse-deduce the process stations required for the currently produced product, and automatically generates a production report by integrating the production data of each process station. The present invention does not require huge and complex basic data maintenance before production, but instead reverse-deduces the product process flow and the like from the data in the data stream to form a data report, which can flexibly adapt to the actual production of the enterprise.

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.