12 results about "Digital reproduction" patented technology

The application provides a sea area digital twin method and system based on buoy and station data fusion, belongs to the related technical field of sea area digital twin, through constructing a multi-source heterogeneous marine data acquisition system, establishing a data quality evaluation mechanism and a similarity data compression mechanism, realizing intelligent fusion processing of buoy data and station data, solving the problem of low data fusion precision in traditional technology; through the self-organizing growth network structure of the marine dynamic response enhancement model, the neuron connection can be automatically adjusted according to the spatio-temporal variation degree of the training data, forming an optimal topological structure, effectively solving the defect that the traditional fixed parameter model cannot adaptively process complex marine environment; through the establishment of a dynamic parameter adjustment mechanism and a multi-algorithm adaptive switching strategy, the most suitable prediction algorithm is automatically selected according to the correlation characteristics of the marine data sequence, realizing high-precision digital reproduction of complex marine environment.

The invention relates to the technical field of digital cultural heritage protection, in particular to an ancient musical instrument digital duplicating method based on an acoustic modeling and 3D printing technology, which comprises the following steps: synchronously executing geometric structure data acquisition and acoustic characteristic data acquisition on an ancient musical instrument body to be duplicated; constructing a parameterized physical acoustic model based on the acoustic characteristic data; preparing a physical entity copy of the ancient musical instrument through an additive manufacturing technology by utilizing the geometric structure data; carrying out acoustic characteristic data acquisition on the physical entity copy to obtain an acoustic response of the physical entity copy; and carrying out comparative analysis on the acoustic response of the copy, the acoustic response of the original musical instrument body and the output of the physical acoustic model, and carrying out iterative optimization. Through a multi-dimensional data collaborative acquisition mechanism and a sound-shape fusion verification and iteration calibration process, high-precision digital reproduction of shape, sound and playing integration is realized, and the problem of shape and acoustic data separation in the background technology is solved.

The invention relates to the field of musical instruments, and particularly discloses an intelligent electroacoustic dulcimer which comprises a dulcimer body. A plurality of piezoelectric sensors which are installed at the positions of knocking points on the dulcimer body and are used for sensing bamboo hammer knocking and generating electric signals; the internal chip is connected with the piezoelectric sensor and is used for receiving and processing the electric signal; the sounder is connected with the internal chip and is used for making a sound according to the processed signal; the display screen is installed on the dulcimer body and used for displaying the dulcimer type, the music score and the dynamic teaching auxiliary information; according to the invention, the combination of the PVDF film piezoelectric sensor and the DSP is adopted, so that the signal acquisition precision and the tone reduction degree are greatly improved, and the high-fidelity digital reproduction of the tone of the traditional dulcimer is realized; the unique trapezoidal dulcimer body design is combined with the modular function system, so that the instrument not only keeps the playing hand feeling of a traditional dulcimer, but also has abundant functions of a modern electronic instrument, such as multi-tone switching, automatic accompaniment and the like, and the playing expressive force is greatly expanded.

The invention discloses a digital reproduction verification method and system for disassembly and assembly of power plant equipment, and relates to the related technical field of power plant equipment verification, and the method comprises the steps: scanning an entity three-dimensional model of target power plant equipment, and carrying out the disassembly and assembly analysis according to a power industry standard; building a power plant disassembly and assembly environment, and importing the equipment-part-process three-level correlation model to carry out disassembly and assembly path analysis; performing principle specification matching according to an equipment disassembly and assembly process path to obtain a disassembly and assembly path matching instruction, and converting the disassembly and assembly path matching instruction into disassembly and assembly path interaction voice; and carrying out digital disassembly and assembly reproduction and maintenance track verification on the entity three-dimensional model based on the equipment disassembly and assembly process path and the disassembly and assembly path interaction voice. The technical problems of poor accuracy, safety and efficiency of power plant equipment disassembly and assembly caused by lack of voice interaction support and real-time verification capability and insufficient standardization of equipment disassembly and assembly in the prior art are solved, and the technical effects of standard intelligent equipment disassembly and assembly and improvement of the standardization, operation safety and maintenance efficiency of power plant equipment disassembly and assembly are achieved.

The application provides an underwater intelligent digital twin system based on Unity-Qt-ROS and an implementation method thereof, comprising: a physical entity module: based on an AUV physical prototype and real physical sensors carried thereon, real data of a real world is captured to realize mapping of a physical space to a digital space; a digital space module: a digital mapping body and a digital native body; the digital mapping body is a digital reproduction of the physical entity; the digital native body comprises a digital native scene and a digital native sensor; a human-computer interaction module: a target task is obtained through a graphical user interface, a plurality of subtasks are obtained by decomposing the target task by using a function service module, and each subtask is transmitted to the digital space module and / or the physical entity module for execution; in the execution process, real-time data interaction and state synchronization are realized through a message passing mechanism between the digital space module and the physical entity module, so that real-time interaction from the digital space to the physical entity is completed.

The invention discloses a cultural heritage digital reproduction display method and system, and relates to the technical field of cultural protection. Comprising the following steps: acquiring multi-modal original data and historical background information, extracting standardized feature parameters and constructing an association mapping rule, constructing a three-dimensional dynamic animation scene and binding to generate a multi-sensory collaborative interaction model, acquiring user personalized sensory sensitivity data and calibrating model output parameters, and when interactive operation is detected, triggering the model to output multi-sensory feedback, collecting feedback data, evaluating and iteratively optimizing the model. Through multi-modal data acquisition, three-dimensional dynamic animation scene construction and multi-sense collaborative interaction, the limitation of traditional visual single display is broken through, the user can perceive the characteristics and connotation of the cultural heritage through multiple dimensions of vision, listening, touching and smelling, the emotional resonance and cognition depth of the user to the cultural heritage are enhanced, and the user experience is improved. The problems of inaccurate cultural information transmission and weak experience in traditional display are effectively solved, and active inheritance of cultural heritage is assisted.

System for order-receipt processing of an eyeglass lens, including: a receiver configured to receive order data of eyeglass lens, to store a catalog of eyeglass lens classes, which each are defined by a fixed number of predetermined and freely selectable order parameters and differ from each other in the number of freely selectable order parameters, and to classify the order data on the basis of the catalog of eyeglass lens classes, a processor configured to process the order data, to store only the highest eyeglass lens classes of the catalog of eyeglass lens classes, to select one of the highest eyeglass lens classes, to match the order data to the selected highest eyeglass lens class, to generate a respective digital reproduction of the eyeglass lens based on a calculation model and the adapted order data, and a communication device connecting the receiver and the processor.

This disclosure presents a method and system for baggage handling and / or check-in processing for return passengers. After completion of a leg of the passenger's travel with the mobile carrier, the process includes electronically capturing, by at least one electronic capture device, an origin hardcopy bag tag identifier (OP-BTI) printed on an origin printed bag tag from the mobile carrier on the baggage to create a digital BTI data record linked to the mobile carrier. The method includes accessing the passenger's origin printed bag tag information entered in a manifest file. The method includes printing, by a printing device, an International Air Transport Association (IATA) bag tag for the return travel leg for the return flight linked to the origin printed bag tag.

The invention belongs to the technical field of digital cultural heritage protection, and discloses a deep learning-based non-abandoned skill motion capture and digital reproduction method, which comprises the following steps of: obtaining original motion data and carrying out multi-modal fusion on the original motion data to obtain fused motion data; constructing a three-level action characteristic spectrum based on the fused action data, and constructing a fine action key frame sequence for a characteristic sequence in a fine operation layer in the three-level action characteristic spectrum; the key frame sequence is optimized in combination with time continuity and space coordination constraint, and enhanced action feature representation is obtained; semantic annotation and digital action reconstruction are carried out on the enhanced action feature representation; according to the method, the fidelity of skill details and the interpretability of cultural semantics are remarkably improved, and high-quality technical support is provided for non-abandoned inheritance and digital protection.

The invention relates to the technical field of geotechnical engineering and geological disasters, and discloses a test method for realizing distribution of a three-dimensional complex structural plane of a dangerous rock body by adopting a 3D printing technology, and the method comprises the following steps: S1, obtaining multi-source detection data of the dangerous rock body, including external three-dimensional point cloud data, drilling revealing structural plane data and transient electromagnetic method inversion data; and S2, geological interpretation is carried out on the transient electromagnetic method inversion data based on the borehole revealed structural plane data, geological attributes of the hidden structural plane are deduced, and all data are fused to construct a three-dimensional digital model containing structural plane geometric information and deduced geological attributes. According to the method, through multi-source data fusion and geological intelligent explanation, a three-dimensional digital model containing hidden structural plane attribute inference is constructed, and high-precision and full-space digital representation of a dangerous rock mass complex structural plane system is achieved.

This application discloses a parametric modeling method, electronic device, and storage medium for helical ribbon chips, applicable to the fields of metal cutting and digital modeling technology. The method includes: scanning the helical ribbon chip to obtain a three-dimensional chip model; acquiring the geometric parameters of the three-dimensional chip model; based on the geometric parameters, constructing a first boundary parameter equation and a second boundary parameter equation for the three-dimensional chip model, where the first and second boundaries are two opposite boundaries of the three-dimensional chip model along the width direction; and based on the first and second boundary parameter equations, constructing a parametric model corresponding to the three-dimensional chip model. This allows for an accurate description of the complex spatial structure of the helical ribbon chip, achieving high-precision digital reproduction of the helical ribbon chip morphology, and thus providing a reliable analytical basis for optimizing cutting processes.

The invention discloses a digital twinning-based data-driven non-missing virtual interactive inheritance method, and belongs to the field of data processing. The method comprises the following steps: synchronously acquiring multi-source data in a non-perpetual technology inheritance process through an acquisition device, processing the data, and generating a multi-modal data set with a unified time reference; establishing a digital twin model based on the data set, including a dynamic motion data model, a process interaction data model and a scene data model, and establishing a dynamic coupling relationship among the three models according to a time index and a data association rule; analyzing the action sequence and the process logic of the digital twinborn model, extracting an operation unit and a dependency relationship, and constructing a data relationship structure for representing a technical inheritance process; and driving the virtual simulation environment to generate an interactive simulation sequence according to the data relation structure, thereby realizing virtual reproduction consistent with a real skill process. According to the invention, through multi-modal data modeling and dynamic coupling, the digital reproduction precision and process consistency of the non-perpetual art are improved.