48 results about "Data binding" patented technology

The application provides an intelligent parameterized UI generation system and method suitable for professional analysis software, receives UI requirements in the form of natural language or pictures through a user interaction layer, analyzes the requirements by an AI intelligent processing layer, and automatically generates an initial configuration file containing components, styles and logic in combination with a domain knowledge base and a reference style. A user can adjust and analyze the configuration file through a configuration editing and analyzing layer. A parameterized UI generation layer dynamically constructs UI components with tree hierarchical relationships based on the analyzed structured data, automatically configures interaction logic, data binding and professional field processing, realizes two-way synchronization of GUI and backend data, and finally outputs an interactive interface by a UI rendering layer. The application changes highly customized and fragmented UI development into an automated and standardized generation process, greatly improves development efficiency, guarantees the consistency of interface style and operation logic, significantly reduces maintenance cost, and enhances the flexibility of software function expansion.

A computer system includes physical memory devices of different types that store randomly-accessible data in a main memory of the computer system. In one approach, an operating system allocates memory from a namespace for use by an application. The namespace is a logical reference to physical memory devices in which physical addresses are defined. The namespace is bound to a memory type. In response to binding the namespace to the memory type, the operating system adjusts a page table to map a logical memory address in the namespace to a memory device of the memory type.

The present application relates to the technical field of electronics, and discloses a DOM tree generation method and an electronic device. The method is applied to an electronic device. When a Web application loads a webpage comprising a Web component, the Web component is a file in a target format, the file in the target format is a file recognizable by the electronic device, and thus, when a rendering engine invokes the Web component, the file in the target format can run directly in the rendering engine. In addition, the rendering engine comprises a function set used for creating a DOM tree of the Web component, the rendering engine can generate a rendering context used for indicating an entry of the function set, and thus, the rendering engine can invoke a function in the function set via the Web component and the entry of the function set, thereby directly acquiring, within the rendering engine, the function used for creating the DOM tree, and then completing the creation of the DOM tree within the rendering engine. Thus, interaction between the rendering engine and a node on the DOM tree of the Web component no longer needs to be performed via an execution engine, thereby significantly saving data binding overhead and conversion overhead.

The application discloses a full-automatic color difference and temperature curve fitting intelligent heating table, which takes an STM32F407VET6 single-chip microcomputer as a core main control unit, and integrally integrates a high-precision temperature control and heating module, a full-automatic image acquisition module, a real-time color difference analysis module, an intelligent curve fitting module and a linkage control module. After preset parameters of a user, the system automatically completes heating temperature control, triggers image acquisition, color difference value extraction, data binding storage at constant temperature or constant time, and automatically completes curve fitting based on multiple sets of temperature-color difference value data, and outputs optimal fitting results. The application realizes full-process automation of "temperature control-acquisition-value extraction-fitting", does not need manual intervention, solves problems of complicated operation, large data error and low efficiency of a traditional method, and is suitable for rapid acquisition of color difference-temperature curves of multiple samples such as thermochromic coating and high polymer materials.

This invention relates to the field of Internet of Things (IoT) technology, specifically to a quality traceability system based on full-process data binding for a single steel pipe. The system includes a data preprocessing and acquisition module, used for: assigning temporary numbers to steel pipes without known numbers in each step of the actual quality traceability process, and collecting process data for all steel pipes with known and temporary numbers in each step; a data analysis and processing module, used for: determining importance weights based on the process data, constructing multiple sets of random quality traceability processes based on the processes corresponding to the steel pipes with temporary numbers, and evaluating and determining the matching degree between each steel pipe with a temporary number and the process data of each step in each set of random quality traceability processes by combining the importance weights with the process data; and a data traceability processing module, used to: optimize and determine the optimal quality traceability result for all steel pipes with temporary numbers, using the matching degree as the objective function, to achieve accurate traceability of the steel pipes.

This invention relates to a traceability method for the processing technology of wheel hub bearing units, belonging to the field of wheel hub bearing processing and manufacturing technology. The method includes the following steps: Step 1: Establishing a unique identifier and coding system for each component or batch of parts that make up the wheel hub bearing unit. Step 2: Collecting and binding key process data throughout the entire process. Step 3: Constructing an integrated traceability management platform; integrating, analyzing, and presenting discrete data. Step 4: Employing industrial internet identifier resolution and using blockchain technology for tamper-proof storage of key data. Through technologies such as unique identifiers, data binding, AI quality inspection, SPC analysis, and blockchain storage, data collection, integration, and tamper-proof storage are achieved at every key stage from raw materials to finished product delivery, thus providing solid data support for quality control, problem identification, and continuous optimization.

This invention discloses an experiment report generation system and method based on a low-code platform. The system includes a layout rendering system and a business logic system. The layout rendering system is used by users to design and generate experiment reports through drag-and-drop components and renders them in real time. It includes a control module, a page rendering module, and a parameter setting module. The control module provides users with draggable visual components, including form controls and multi-dimensional table controls. The page rendering module renders and displays the experiment reports generated by dragging and dropping form controls and / or multi-dimensional table controls in real time within the visual development module of the low-code platform. The parameter setting module includes a parameter configuration unit, a data binding unit, and a formula selection unit. The business logic system includes a data extraction module and a formula calculation module. This invention ensures maximum fidelity to the experiment report template through multi-dimensional table controls and formula calculation controls, greatly shortening development time and reducing development costs.

This invention discloses a key data binding method and related equipment based on hierarchical locks and blockchain. The invention employs a hierarchical lock mechanism combining serial number segment pre-ownership and dynamic leases. Workstation clients apply for batch serial number segment locks and periodically renew them. After successfully holding a lock, multi-source data is pulled from the upstream system through a unified data adaptation layer. After local pre-verification, the serial number is written, generating the original data packet. The data packet is encrypted and uploaded to IPFS to obtain a hash address. This hash address, along with a unique fingerprint, lock credential, and business context, forms a notarized transaction and is sent to the blockchain. A finite state machine smart contract verifies the lock's validity, field uniqueness, and state transitions. Upon successful verification, the transaction is notarized on the blockchain. Finally, the lock is released, returning the serial number segment. This forms a complete closed loop from lock application, data pre-aggregation, serial number writing, hierarchical notarization, to lock release, establishing an end-to-end trusted production record for the equipment.

The application belongs to the technical field of electrical configuration automatic generation, and discloses an electrical configuration automatic generation method and system based on artificial intelligence; the system comprises a knowledge base management module, an expert reasoning module, a configuration file generation module, an electrical rule editing module, a Web rendering engine module and a user interaction interface module, obtains a device knowledge data report, reasons the electrical design based on the device knowledge data report, obtains a reasoning result report, converts the reasoning result report into a configuration file recognizable by the rendering engine, obtains an electrical configuration configuration report, obtains a rendering state feedback report, integrates all functions of the system, and provides a unified user interface, supports device model establishment, knowledge rule editing and configuration data binding, and overall, the application has the remarkable advantages of high design efficiency and quality improvement capability, good configuration standard unification effect and flexible system rule adjustment.

This invention relates to the field of visual recognition, and more particularly to an intelligent sit-up recognition method and device based on AI vision and the Internet of Things. The method includes the following steps: facial verification of the examinee in position using a camera; upon successful verification, a trusted identity identifier is generated; an examination trigger signal is generated based on the trusted identity identifier to activate the sit-up and sit-up detection terminals for continuous motion detection, generating time-series motion link data; motion verification is performed on the time-series motion link data to generate a real-time counting stream; upon detecting the examination termination condition, the real-time counting stream is statistically analyzed to generate a test result; the trusted identity identifier and the test result are data-bound and uploaded to a cloud database for centralized storage and management. This invention achieves accurate and reliable sit-up recognition and counting, improving examination management efficiency.

The application relates to the technical field of data management, and provides a power transmission and transformation equipment Internet of Things data graph construction method and system.The method comprises the following steps: constructing a data storage layer, the data storage layer comprising a first storage area and a second storage area; performing first classification and second classification on power transmission and transformation equipment Internet of Things data; encapsulating data from each source into a first data packet and a second data packet respectively according to the variability of the data, and storing the first data packet in the second storage area and the second data packet in the first storage area; performing one-to-one corresponding association of the first data packet in the second storage area and the second data packet in the first storage area according to the source of the data; constructing an interface layer, the interface layer comprising icons corresponding to the sources of the data; and performing data binding of each icon and the first data packet from the corresponding source.The application can facilitate quick and intuitive viewing of power transmission and transformation equipment Internet of Things data, and is beneficial to the management and monitoring of power transmission and transformation equipment Internet of Things data.

This invention discloses a method and system for generating visual web pages based on text parsing and data binding, belonging to the field of web development technology. The method includes: parsing input HTML text to generate a visual web page element structure tree; providing a configurable interface definition method to obtain structured data according to the interface definition and render the data as a visual data field tree; providing a graphical interactive interface to receive user operations that bind nodes in the data field tree to nodes in the web page element structure tree, generating a binding relationship mapping table; synthesizing a source code file conforming to the syntax of the target front-end framework using a template engine based on the binding relationship mapping table and the web page element structure tree; and exporting the source code file. This invention, by parsing HTML text and combining it with data binding technology, quickly generates a corresponding visual web page element structure tree, improving development efficiency and accuracy.

The application relates to the technical field of data management, and discloses a data management method, a data management system, computer equipment and a storage medium, the method comprising the following steps: when a data uploading instruction is received, an uploading request and an uploading category are sent to a server, and a key from the server is acquired; the uploading category comprises adding data; if the uploading category is adding data, it is judged whether the data in a data column is complete; if the data is complete, the key and the data are bound and locally backed up, and then the data and the key are uploaded to the server. The data can be bound with the key, the server is convenient to manage, and when the data is uploaded, the data is checked locally, so that incomplete data is avoided from being uploaded to the server, the data after uploading is easy to find and complete, and the safety of the data and the convenience of management are improved.

The application discloses a material box sorting data processing method and system based on visual weight fusion, and relates to the technical field of data processing. The method comprises the following steps: S1, collecting image data, weighing data and corresponding position and time information of the material box, and performing unified time base alignment and preprocessing; S2, analyzing the motion trajectory relationship of the material box on the disc, correlating and matching the visual data and the weighing data, and performing multi-source data binding; S3, analyzing the appearance integrity and the weight consistency, performing abnormality determination on the overall state of the material box, and performing material box quality detection; and S4, generating a sorting decision, and controlling the material box to perform classification and sorting at a downstream station. The problems of incorrect binding of multi-source information of the material box caused by the time sequence misalignment of the visual data and the weighing data in the disc sorting process are solved.

The present application relates to the field of agricultural informatization technology, and discloses a kind of informationization task tracking management system of Hami melon breeding whole process.The event creation module in the system is used to create breeding event with space-time attribute;Task planning module generates pre-defined associated breeding task based on breeding event and specifies the person responsible;Task execution and data binding module binds the germplasm material identification generated in task execution with trait survey data as breeding entity data and corresponding task;Breeding map generation and display module dynamically generates and visualizes informationization breeding map based on event, task and binding data, and the map takes event as root node, clearly shows the logic and state association of whole process.The present application realizes the digital closed-loop tracking of breeding process, solves the data island and traceability problem, and significantly improves the efficiency of breeding management through visual map and intelligent verification.

This invention relates to the field of computer template processing technology, and in particular to a method for batch generation and multi-format publishing of content based on a unified template. The method includes: parsing a unified template definition into a unified template representation containing page, element, style, layout, and data binding semantics; generating compressed content by performing structure preservation, style compression, and placeholder protection on rich text content and sending it to a model transformation, followed by deterministic recovery and organization into result items; performing incremental persistence in batches during task execution, and implementing cache filtering and recovery based on template fingerprints; in the output stage, performing pagination candidate selection and local rearrangement correction based on page space and layout risk assessment, and finally generating multi-format products and outputting diagnostic results. This method seamlessly connects content transformation, task recovery, and stable layout, improving the consistency and stability of batch production.

The invention provides a data processing method and device, electronic equipment, a computer readable storage medium and a computer program product. The method comprises the steps that a data binding request sent by a client is received, and the data binding request carries an object identifier of a target object and sensitive data of the target object; performing hash processing on the sensitive data to obtain a corresponding hash value; obtaining a root key from a key management system, and generating an encryption key for the sensitive data based on the root key, the object identifier and the hash value; encrypting the sensitive data based on the encryption key to obtain ciphertext data, and destroying the encryption key; and constructing a data record comprising the object identifier, the hash value and the ciphertext data, and storing the data record in a pre-created business data table. According to the method and the device, the security of the data can be remarkably improved while the operation and maintenance overhead is reduced.

This application discloses a method and system for binding tightening data on a commercial vehicle production line, relating to the field of commercial vehicle manufacturing technology. It is applied in an environment including a vehicle identification device, tightening tools, a manual reporting button, a data binding system, a quality control system, and an AGV control system. The method includes: acquiring vehicle information upon entry; the system retrieving a matching tightening program and switching to the tool accordingly; personnel tightening according to the program, with the tool system simultaneously collecting and generating vehicle tightening data; personnel reporting the work after data completion; and the quality control system automatically verifying the tightening results based on the reporting signal, determining the number of qualified points, and outputting the results. If qualified, the system binds and stores the data in the database, and controls the AGV to move forward upon success; if unqualified, an alarm is triggered and the AGV is stopped. This method solves the problem of misbinding data across workstations, ensuring binding accuracy and quality controllability.

This application belongs to the technical field of process status analysis in industrial manufacturing, and relates to a method and system for process status analysis of compressor parts. The method includes: collecting process trigger signals and process sampling data according to the unique identifier of the compressor part, and extracting process status segments; standardizing and validating the segments to obtain a process status matrix and a validity matrix; generating process status tokens and constructing a part-level process status diagram; determining the correlation calculation range based on hierarchical constraint attention mask; inputting the process status diagram mask autoencoder model to obtain reconstruction deviation, cross-process transmission deviation, and process status risk score; generating disposal results according to exit rules and writing them into the sample flow path. The technical solution of this application realizes process status expression, anomaly transmission identification, and disposal closure through cross-process data binding, matrix constraints, graph association, mask scoring, and sample flow, which can improve the stability of status association and the clarity of sample flow.

The present application relates to the technical field of medical records, in particular to a stoma treatment management system based on a timeline, which comprises a starting collection module, a content arrangement module, a sequence integration module, an identity comparison module and an intermittent presentation module.In the present application, a time difference identification mechanism is established by extracting the image generation time and the submission time, data binding is completed by combining the image number and the identity information, semantic merging is achieved by integrating the excrement description, product replacement and processing action content, consistency judgment logic of multi-source information is constructed, the sequence structure is constructed according to the time field to guarantee the integrity and accuracy of record connection, the differences of each field content in the same period are identified and a collaborative identifier is generated based on the patient identity, the correlation ability of multi-party data between cross-period and cross-person is improved, and finally the image and nursing content are encapsulated according to the time sequence to form a continuous graphic view with clear structure, consistent content and comparison.

This application provides a method, system, medium, device, and program product for synchronizing the state of a list component, relating to the field of terminal application technology. The method includes: when listening for scrolling operations, before a child item is marked as visible and added to the dynamic linkage pool, obtaining an offset from the global state manager; registering a component controller to join the linkage pool and receive broadcasts; upon receiving a broadcast, adding a current driver pointer to the child item through the global state manager; and performing scrolling by combining the offset and the driver pointer. This application avoids the problem of inconsistent rendering and data binding timing when a virtual list scrolls at high speed. It accurately marks the event source through the driver pointer, blocking multi-directional event loops without state locks, simplifying state management, avoiding deadlocks, and comprehensively improving the user experience of virtual lists in complex scenarios.

The application provides a data verification system, method, device, medium and product, the system comprises: a script management module for obtaining a script to be verified; an engine pool module for determining the script engine corresponding to the script to be verified; a secure sandbox module for isolating the access rights of the script to be verified according to a preset permission policy; a data binding module for binding the data to be verified to the script execution context of the script to be verified; and a verification execution module for executing verification on the script to be verified and the corresponding script execution context through the script engine to obtain the result of data verification. The script to be verified can be obtained at runtime, the verification logic is executed by selecting the script engine, the script access rights are isolated through the secure sandbox, and the data to be verified is bound to the script context for verification, thereby realizing unified management and efficient processing of different data types and verification rules, and significantly improving the flexibility, execution efficiency and security of the system.

This invention discloses a visualization method and device for low-voltage distribution area sensing data, belonging to the field of power systems. The method involves: acquiring multi-source data, a JSON tree structure, and an initial 3D model corresponding to the low-voltage distribution area; performing data synchronization and anomaly detection through collaborative constraint rules and a preset GNN model; constructing a branch-level model through data binding and establishing its mapping relationship with the 3D model; and finally achieving visualization display based on a dynamic visualization platform and 3D model components. Therefore, by implementing this invention, the problem of improving the real-time performance of the visualization process while ensuring the accuracy of data in the low-voltage distribution area visualization process can be solved in the prior art.

The application relates to the technical field of anti-quantum computing, in particular to a mixed authentication handshake method fusing an anti-quantum algorithm and a national secret protocol, acquiring a national secret and an anti-quantum path key segment, extracting a number and a source to write a handshake structure, completing position comparison and chain numbering, adjusting segment positions in the structure and synchronizing fields, executing number checking and data block shifting, promoting content insertion and frame structure updating, and completing the mixed authentication handshake structure. The application marks key segment numbers, sources and stages, binds writing paths in combination with positions and promotion data, introduces chain numbering to control segment sequences in combination with source comparison, adjusts segment distribution in combination with position exchange and field synchronization, enhances structure scheduling capability, processes conflicts and overlaps in combination with number checking and data block shifting, promotes parallel insertion in combination with a handshake identifier written in a channel, and improves structure consistency and data bearing integrity.

This invention provides an application delivery system, an application delivery method, and an application delivery program that can extend and reflect UI control even for a number of column items that exceeds a pre-configured layout. [Solution] The application provision system according to this embodiment is an application provision system configured to communicate data with a developer and a client, which is a user, wherein the control unit includes an execution unit that starts a business application, and the execution unit, in response to a request from the user, reads the logic flow definition of the logic flow ID, executes the logic flow, and when binding the obtained table type data to the detail control, it obtains the definition information of the last column and displays the columns from the last column onward by reflecting the UI control of the definition information.

The application relates to the technical field of intelligent management, in particular to a laboratory intelligent management system based on an active virtual digital person, which comprises a server; the server comprises a perception layer, a digital twin layer, a cognition layer and an application layer, and forms an intelligent management system of perception, twin model, intelligent decision and execution; wherein the perception layer collects laboratory environment, equipment, personnel and access control state data through Internet of Things sensors and other equipment; the digital twin layer constructs and updates a virtual twin model of a physical laboratory in real time, and realizes two-way data binding; the cognition layer comprises a multi-agent module, and intelligently decides in combination with a laboratory safety knowledge base and a large language model; the virtual digital person of the application layer serves as an explicit manager, autonomously executes active inspection, risk early warning and emergency response tasks, and communicates with users through multi-modal interaction.

The application discloses an operation ticket generation method and system based on graphic configuration editing in the technical field of operation ticket application of industrial automation monitoring systems. The method comprises the following steps: creating an operation ticket library, an operation ticket template library and a mapping object library through a database configuration tool; the mapping object library is used for storing operation ticket template data structure objects; the operation ticket library is used for storing operation ticket instances; drawing an operation ticket template picture through a graphic configuration editor, establishing a mapping relationship between the picture elements and the attributes of the operation ticket template data structure objects, generating a template file and storing the template file into the operation ticket template library; loading the operation ticket instance, the template file referenced by the operation ticket instance and the mapping relationship defined in the operation ticket template data structure objects through an operation ticket real-time management module; receiving the instantiated data, the template file and the mapping relationship transmitted by the operation ticket real-time management module through a real-time picture browser, and binding the instantiated data to the picture elements in the template file picture according to the mapping relationship.

Embodiments are disclosed for binding colors to data visualizations on a digital canvas. In some embodiments, a method of binding colors to data visualizations includes receiving a data set including data associated with a variable. A chart, including a plurality of graphic objects, is generated based on the variable of the data set and a visual property of the plurality of graphic objects. A data type associated with the variable determined and first colors are assigned to the plurality of graphic objects based on the data type using a color binding. A selection of second colors to be assigned to the plurality of graphic objects is received and the chart is updated using the second colors.

Embodiments describe a method comprising: receiving a Resource Description Framework query comprising at least one triple pattern comprising a predicate portion that defines a selector operation, wherein the predicate portion identifies: a data binding with primitive data that is nested within a complex data object provided by an external data source; and a foreign selector type configured to interface with the external data source; converting the RDF query to a query plan comprising the selector operation; and executing the query plan, wherein executing the selector operation comprises: identifying the foreign selector type from the predicate portion; instantiating a foreign selector; retrieving the complex data object from the external data source; fetching the primitive data from the complex data object using the foreign selector; creating data bindings with the primitive data based on the predicate portion; and returning the data bindings.