144 results about "Data design" patented technology

Music piece sequence data are composed of a plurality of event data which include performance event data and user event data designed for linking a voice to progression of a music piece. A plurality of voice data files are stored in a memory separately from the music piece sequence data. In music piece reproduction, the individual event data of the music piece sequence data are sequentially read out, and a tone signal is generated in response to each readout of the performance event data. In the meantime, a voice reproduction instruction is output in response to each readout of the user event data. In accordance with the voice reproduction instruction, a voice data file is selected from among the voice data files stored in the memory, and a voice signal is generated on the basis of each read-out voice data.

A customized and configurable analysis system is disclosed for analyzing data captured from a wide variety of different sources, such as an asset management application. Regardless of the particular embodiment, the analysis system provides users with the ability to modify and customize the underlying data design to enhance the analytical functionality of the analysis system. The modification of the data design occurs through the use of various templates that are part of the user interface for the analysis system. Thus, persons without specialized database and data architect expertise can modify underlying data design in a timely and inexpensive manner.

The invention discloses a railway tied arch bridge construction simulation system based on a 3D GIS and a BIM technology. The railway tied arch bridge construction simulation system comprises a BIM model conversion module, a 3D GIS data integration module, a view control module, a data import and export module, an object adding module, a measurement query module, a virtual construction tool moduleand a demonstration tool module. The invention further discloses a simulation method using the system. a virtual scene can be constructed in a 3D GIS system, topography and geomorphology and safety risk information of a construction site can be inquired, process technology virtual simulation in the construction process is carried out, existing problems are found in time, the communication efficiency is improved, and the construction organization and safety management quality of the railway tied-arch bridge can be remarkably improved. According to the method, on the premise that railway BIM design and 3D GIS construction management informatization system construction are carried out, survey data and BIM design results can be effectively utilized, integration with an informatization systemis achieved, and the difficulty and cost of construction simulation are greatly reduced.

The invention discloses a reinforcement detailing-modularized machining system based on BIM (Building Information Modeling) technology, which comprises a structural model data design module, a reinforcement structure design data importing model, a BIM model management module, a reinforcement model encoding module, a modularized machining model data exporting module, a numerically controlled machine tool model information identification module, a modularized reinforcement production and machining module and an information management platform; and the reinforcement structure design data importing model, the BIM model management module, the reinforcement model encoding module, the modularized machining model data exporting module, the numerically controlled machine tool model information identification module and the modularized reinforcement production and machining module can all carry out peer-to-peer data transmission with the information management platform. A method disclosed by the invention can realize the whole-life-cycle information flow management of reinforcement production, and compared with conventional processes, the method greatly shortens the construction period, reduces the cost, greatly increases the production efficiency, and reduces errors caused by human intervention.

The present invention is directed to backing up temporal information in a primary storage memory of a computer system. A temporal backup memory is provided as being physically separate from a primary hard drive of the computer system, and removable coupled to a primary drive assembly with the primary hard drive. Data is designated for temporal backup by data parameters, such as file name, type, or resident directory name. A temporal time period is specified as the time between successive temporal backups. At the end of each temporal time period, the primary hard drive is scanned for data designed for temporal backup and that has been temporally modified, i.e., modified since the last successful backup. The data on the hard drive designated for temporal backup is compared with archival data so as not to duplicate archived data in the temporal backup memory. Free memory space in the temporal memory is tracked. When free memory space becomes low, the temporal data is archived and deleted to make room for newer data in the temporal backup memory. Alternatively, if the data exists simultaneously in both the temporal backup memory and the archival memory, that data can be safely removed from the temporal memory to free up space.

Connector modules designed and shaped to mate with the receptacle side of the board have mating means that enable them to be stacked one upon the other within the receptacle in a relatively rigid stack. Connector modules designed and shaped to mate with the other side of the board's receptacle have mating means that enable them to be held in slots slightly separated from each other by an air gap to allow them to "float" in the receptacle. By floating the connector modules on one side of the receptacle and stacking them relatively rigidly on the other side of the receptacle, it is ensured that a very precise optical alignment is maintained between the respective lenses of the connector modules facing each other in the receptacle.

The invention discloses a digital accurate dental restoration manufacturing method. The method includes: at a clinical end, adopting easy-to-grind materials such as high-strength wax, a resin-based ceramic composite material and resin in appropriate strength, color, toughness and hardness to quickly make a crown; taking the own gum of each patient as a dental articulator and taking the crown clinically and digitally manufactured by fine adjustment through clinical communication and examination of doctors and patients to establish correct restoration geometric shape, color, marginal adaption, adjacency relation, occluding relation, morphology required by early-stage healing of the gum, so that temporary restoration effects including protection, maintaining and stabilizing are achieved; at adoctor end, performing secondary accurate scanning on the crown with well adjusted morphology, occlusion and adjacency relation, fusing secondary scanning data and digital wax pattern data designed before to obtain accurate dental restoration digital design, and accurately duplicating a bionic zirconium oxide false tooth, so that zero-grind-adjustment accurate restoration is realized at the doctor end.

The invention discloses an objectification management system of virtual test data, comprising four parts of contents, i.e. a test data design tool, a database generating tool, a data management engine and a data navigation tree configuration tool, wherein the test data design tool is mainly used for generating a test data definition type file; the database generating tool is mainly used for checking the integrity of the test data definition type file and building and updating the database according to a test data definition type file; the data management engine mainly provides a data management function to the test data and a user access mechanism based on a B/S structure; the data navigation tree configuration tool mainly provides a navigation tree configuration file to the data management engine. The invention overcomes the deficiency in the prior art; after the test data is analyzed, a method facing to an object is adopted to define the test data into the test data type, the tool provided in the method can be used for automatically generating a database facing to the specific test according to the definition of the data type, thus saving a great quantity of time and funds.

Design Data Management uses one copy of common data sets along with a plurality of instances, while continuing to utilize the existing design databases and existing CAD tools. Allowing a minimum amount of user intervention to create and maintain the common data set, Design Data Management employs replicating common data sets into one or more clone data sets. The method preferred provides for replicating and synchronizing one or more data sets with a master data set, comprises providing data design management of a master data set and at least one clone data set, and copying a master physical design data set into one or more physical instances to enable customization of said one or more physical instances. The master data set describes at least one of: a design component, a circuit macro, and a circuit entity, and comprises logical data sets, and it comprise physical design data sets. This permits all existing verification processes that are normally executed against the common data set to also be equally applied to the clones of said data set by way of automatic synchronization between of the common dataset and the clones.

The present invention relates to an aeronautics electronic system interface management method based on models, which comprises the following steps of: establishing a data hierarchical model; establishing a data type model; establishing a rule configuration model; based on the data hierarchical model, the data type model and the rule configuration model, forming a data template; according to data of a real type of aircraft, carrying out interface data design on the real type of aircraft in a form of the data template; carrying out statistics and analysis on designed interface data; and processing the interface data to generate an ICD file for a designer to use or generate a header file to be directly provided for a developer. According to the interface management method, the modeling idea is used as the core and interface design and management of an aeronautics electronic system on the basis of the uniform data are implemented; and meanwhile, data interaction with the integral aeronautics electronic system about the design process can be implemented. According to the present invention, interface management can be carried out and data support can be provided in the integral developing process of the aeronautics electronic system.

The embodiment of the invention discloses a method and a device for constructing a high-speed train product structure tree. The method comprises the following steps: acquiring product structural data of known high-speed trains, classifying the product structural data according to hierarchy information of the product structural data to obtain each product structure, acquiring structural information of the product structural data and distributing unique corresponding codes for the product structures; according to the obtained product structures, structural information and codes corresponding to the product structures, establishing a product structure tree; establishing an incidence relation of the product structure tree and demand data and when receiving demand data designed for a new high-speed train, according to the incidence relation and the product structure tree, generating known high-speed train product structure data corresponding to the known demand data in the demand data designed for the new high-speed train so as to improve efficiency of processing the product structure data, reduce human influence and reduce error probability.

The invention provides an Angular-based flow chart editor implementation method, belongs to the technical field of computers, and aims to establish graphical flow chart editing of real-time response of nodes and connection flow lines through mouse dragging. According to a flow chart editor, the angular framework is used, modular components are used, module splitting of the flow chart editor is achieved, and the coupling of codes is reduced; the draggable node assembly is utilized, so that nodes are created by dragging from the toolbar to any position point of the canvas, the interactivity of the flow chart editor is enhanced, and the experience effect is optimized; bidirectional data binding of angular is utilized, dom operation is reduced, and the response efficiency of the flow chart editor is improved; the node information is stored after being orderly processed, so that the subsequent flow chart data design process is facilitated.

The present invention provides an ink jet printing apparatus configured to allow the ejection performance of a print head with a large number of nozzles densely arranged therein to be kept in a favorable condition by preliminary ejection and to enable degradation of images caused by the preliminary ejection to be alleviated. Preliminary ejection data generation unit is provided which generates preliminary ejection data designed to allow ink not contributing to image printing to be ejected through nozzles 103A and 103B in a print head 21-1. The preliminary ejection data generation unit generates preliminary ejection data designed to allow the ink to be preliminarily ejected onto a print medium through the nozzles 103B, which are included in the plural types of nozzles and which offer a smaller ejection amount than the other nozzles 103A.

The invention discloses a lightweight application development cloud service platform and a method for having access to resources of the lightweight application development cloud service platform. The platform can be leased to multiple tenants at the same time for application development, and the tenants are application developers. The platform is composed of an application management module, a final user management module, a final user and application relation management module, a resource management module and a fine-grained access right management module. According to the platform, multiple users can concurrently process multiple services; free shrinking and extending of a background data structure are supported, the tenants can perform uniform access control right configuration management on the corresponding applications developed by the tenants and final users, and an application program interface (API) for achieving resource access is provided. A uniform open software architecture is adopted for the cloud service platform, workloads of background data design of the applications and the workloads of maintenance management of the applications are reduced, and deployment of the software and hardware environment needed by a background for issuing the applications is omitted; with the method for having access to resources, the developers can acquire the resources of the cloud platform in a simple, convenient and effective data calling mode.

The invention provides an IES combined FPGA hardware simulation acceleration system. The system comprises an IES simulation module, a software and hardware communication module and an FPGA hardware acceleration module. The IES simulation module is used for circularly extracting parallel excitation data designed by the tested FPGA within a preset time period according to a preset simulation clock frequency and sending the parallel excitation data to the FPGA hardware acceleration module; Circularly extracting test data of the FPGA design to be tested from the FPGA hardware acceleration module,converting the test data into a simulation result of the FPGA design to be tested according to a corresponding time sequence and displaying the simulation result. The FPGA hardware acceleration moduleis used for receiving the parallel excitation data and storing the parallel excitation data in the input buffer area; generating a test excitation clock and a working clock of each clock domain designed by the tested FPGA, and driving the input buffer area to output parallel excitation data to the tested FPGA design. Under the action of the parallel excitation data, the tested FPGA is designed tooutput test data to the output buffer area. According to the invention, the operation burden of the simulation environment is reduced, and the FPGA simulation speed is improved.

The present invention provides a method for designing new processing data by scanning a reproduced die edge. The method comprises a step of determining the processing reference of a die edge to be reproduced before scanning, a step of manually repairing the die edge to be reproduced before scanning, a step of scanning the repaired die edge to be reproduced in ATOS equipment and a three-coordinate measuring machine to form point cloud data to be a basis of the new processing data design of the die edge to be reproduced, a step of calculating a scanning result in the ATOS equipment after the ending of scanning to obtain triangular patch point cloud data, a step of obtaining trimming or flanging cutting edge contour, aperture and hole site point cloud data in the three-coordinate measuring machine, and a step of superposing the point cloud data after judging that the scanning point cloud quality is qualified, and obtaining the overall scanning data of the die edge to be reproduced to be the basis of the new processing data design of the die edge to be reproduced. According to the method, the consistency of the die edge to be reproduced and an original die edge is strictly ensured, retest is not needed, a period is shortened, the cost is saved, and the waiting with stopping user production is avoided.

The present disclosure describes systems and methods to classify and authenticate ID documents based on the information contained within the ID documents' 2D barcode. Different classes of ID documents can have different optional information encoded into the 2D barcode. In many cases, the card issuer does not publically document the information contained within the optional portions. The present solution can classify the ID documents based on the information contained within the required and optional portions of the 2D barcode. For example, the system can classify and authenticate the ID document based on the data encoded into the 2D barcode, the encoded data design, formatting, extra or missing encoded data, or other errors in the coding and sequencing of data encoded into the 2D barcode.

The invention discloses a Teamcenter-based complete vehicle product data design collaboration method. A whole vehicle structure is set up by adopting a whole vehicle data design structure template, asingle-configuration instantiated vehicle type structure is decomposed by utilizing an EBOM local interface import mode, and online design, storage, electronic proofreading and revision of whole vehicle product data under the instantiated vehicle type structure are completed through integrated CATIA V5 software. The Teamcenter-based complete vehicle product data design collaboration method is combined with a data encryption and decryption technology, and realizes more efficient, safer and standard whole vehicle product development effect, so that the problems of difficulty in data searching and tracing, nonstandard design, lack of data sharing, low data utilization rate and low data development efficiency existing in previous enterprises are solved, and a series of informatization means such as top-down full-transparent monitoring, collaborative design, review publishing and summarizing analysis of single data are realized.

The invention provides a non-stop asphalt multi-machine continuous paving method applying a 3D automatic paving system. The method comprises the following steps of: 1, data preparation: obtaining paper and CAD design data from a design unit, extracting control point and benchmark point information in the paper and CAD design data, converting the control point and benchmark point information into arecognizable data format, selecting a laser erection position in combination with the layout condition and the construction direction of a construction site, and obtaining accurate position information, 2, carrying out data design, taking the recognizable data format obtained in the step 1 as a construction reference basis, and carrying out conversion from data to a construction result through GNSS RTK, domain laser, radio station communication and a hydraulic control method, and 3, carrying out non-stop asphalt multi-machine continuous paving operation. The butt joint of the MMGPS 3D pavingautomatic and control technology from theory to practice is completed, and the application of the MMGPS 3D paving automatic and control technology in the actual engineering paving process is perfected.

The invention relates to a digital design method of an extra-high voltage transmission line and belongs to the extra-high voltage transmission technical field. The digital design method of the extra-high voltage transmission line includes the following steps that: professions are included into a unified design management platform; relevant multi-element geographic information data are prepared; the professions cooperate with each other to perform line selection on the basis of a multi-element geographic information system; the professions perform collaborative design so as to build a multi-dimensional information model and establish related models of a target transmission line on the basis of library information; and a unified coding standard system is embodied in various result data designed by each profession and corresponding various process data. With the digital design method of the extra-high voltage transmission line of the invention adopted, islands of design information between the professions can be connected, and design quality and design efficiency can be improved.