15 results about "Digital collections" patented technology

The invention discloses a digital collection issuing and management method and device, equipment and a storage medium, and relates to the technical field of data processing, and the method comprises the steps: generating digital collection data based on an original material provided by a content creator; performing on-chain evidence storage processing on the digital collection data, and issuing the digital collection data to a target platform according to an evidence storage result; and in response to an interaction request of a user of the target platform for the digital collection data, executing an operation corresponding to the interaction request and returning a processing result to the user of the target platform. According to the method, an automatic assembly line processing technical means from original materials to chain evidence storage to platform issuing is adopted, and three independent links of digital collection generation, block chain evidence storage and platform issuing are integrated into a continuous data processing flow, so that consistency of evidence storage information and issuing data is ensured, and the data processing efficiency is improved; and the issuing efficiency of the digital collections is obviously improved.

The present application provides a digital rockery frameless framework automatic generation method technical scheme, including steps (1) carrying out digital collection of rockery scheme; (2) carrying out rockery internal modulus grid unit generation; (3) carrying out rockery template grid merging; (4) carrying out pick plate structure generation; (5) carrying out beam column structure generation; (6) carrying out rockery volume weight calculation; (7) carrying out rockery scheme adjustment and comparison and selection.The present application greatly reduces the time and workload of rockery frameless framework design.

The invention discloses an OCR (Optical Character Recognition) method and an OCR system for a geological exploration handwritten revealing board, and the method comprises the steps: obtaining a handwritten revealing board image, and carrying out the image preprocessing, thereby obtaining a preprocessed handwritten revealing board image; on the basis of an OCR recognition model, character detection and character recognition are carried out on the preprocessed handwritten revealing board image, and a character recognition result is obtained; and based on the large language model, performing semantic analysis on the character recognition result, and outputting structured data. According to the method, the PP-OCRv4 model and the Qwen-7B large model are fused, the PP-OCRv4 model focuses on detection and recognition of handwritten characters and can effectively deal with various interference factors in a complex field environment, and the Qwen-7B large language model makes up for the defects of traditional OCR in the aspect of structured information extraction through semantic comprehension and context association ability, so that the method has the advantages of being high in practicability and high in practicability. And a brand-new technical path is provided for digital acquisition of the geological exploration handwritten revealing board.

The invention relates to the field of fishing, in particular to a virtual-real linkage synchronization platform based on a meta-universe architecture mechanism, which comprises a platform server built based on a meta-universe concept, AI equipment for scanning fish to generate a digital image and the like. Compared with the prior art, the virtual-real linkage platform has the advantages that the virtual-real linkage platform is constructed through the concept of the universe, digital collections are generated from fishes through the AI scanning technology, the digital collections serve as NFT assets of fishermen, and fish works of the fishermen can be bred and stored for a long time in the virtual world.

The application relates to the technical field of digital museums, virtual reality and digital asset transactions, in particular to a meta-universe museum collection modeling, identification and transaction integrated method and system, which realizes accurate representation, dynamic discovery and efficient circulation of digital values of cultural assets in a meta-universe environment, promotes the transformation of museum collections from static display to active and intelligent digital assets, and solves the technical problems of low credibility of digital collection display and non-intelligent service caused by separation of modeling and identification, disconnection of interaction and value, and fragmentation of transaction and scene in the prior art.

The application relates to the technical field of data processing and information management, and discloses a customer archive digitization collection and semantic database construction method and system. The application obtains customer original data through a multi-source collection terminal, carries out multi-modal fusion processing and standardization conversion on the data, generates a data set with a unified structure, further carries out feature extraction and vector expression on the standardized data, constructs a customer feature vector set, calculates the semantic similarity relationship between customers based on the feature vectors, generates a semantic correlation matrix and constructs a semantic graph structure, maps the semantic graph to a customer archive semantic database on this basis, and constructs an index structure through a dynamic updating mechanism, so that continuous updating and efficient retrieval of customer data are realized. The application can effectively solve the problems that multi-source heterogeneous customer data is difficult to be uniformly processed and semantic relationship is difficult to be modeled, and improves the intelligent level and retrieval efficiency of customer archive management.

The embodiment of the invention provides a digital rock debris library construction method and device based on pressed sample and multispectrum combination, and the method comprises the steps: preparing rock debris into a transparent pressed sample which can be stored permanently, and cooperatively utilizing a plurality of lossless spectrum and morphology analysis technologies. According to the method, high-fidelity and low-cost digital acquisition of physical structures and chemical components of rock debris is realized, the constructed integrated three-dimensional model fusing minerals, elements and pore structures greatly enriches the dimensionality and analyzability of geological data, and the method has the advantages that the analysis cost of a single sample and the equipment investment threshold are remarkably reduced; the large-scale and structured digital archiving and efficient retrieval of massive rock debris samples become reality, and a reliable and easily-called data basis is provided for continuous geological evaluation of an oil field, fine representation of a reservoir and optimization of an engineering scheme.

Systems, methods, and apparatus for managing collections of collectibles for users are disclosed. The collections can be digital collections, physical collections, and / or physical collections that are physically stored in a third-party vault while being managed via an associated digital collection that includes actual images of the physical collectibles. The systems, methods, and apparatus enable a user to quickly and easily identify which collectibles are possessed and which are not in a given collection.

The application discloses a multi-level access control method and equipment for digital collection based on a hash algorithm, and relates to the technical field of digital image processing.The method comprises the following steps: inputting a digital collection image file, and obtaining first-level to third-level preview data through multi-level processing; analyzing the data through at least two kinds of hash algorithm combination to obtain multi-layer mixed hash credentials; performing anti-speculation hash optimization on the multi-layer mixed hash credentials to obtain multi-layer optimized hash credentials, and performing on-chain storage encryption; inputting a preview request of a user, issuing a matching layer optimized hash credential after verifying the identity, and decrypting and authorizing the current preview user to preview the digital collection image file.The application solves the technical problems that traditional data processing methods cannot perform hierarchical processing on collection data and generate safe and matched access credentials, resulting in insufficient data security and inaccurate authority division, and achieves the technical effect of safe access control of different authority users accurately obtaining corresponding precision collection preview data.

The invention relates to the technical field of culture display, in particular to a digital collection display method and system based on solar terms and environment characteristics. The technical scheme comprises the following steps: acquiring environment data; and obtaining season and solar term information according to the environment data. And converting the current environment data into a standardized environment feature vector. And calculating to obtain the similarity of the dynamic virtual images. And based on the environment feature vector, selecting a corresponding element combination from a preset culture material library, and determining a display appearance parameter set of the virtual image according to a predefined rule. And based on the display appearance parameter set, generating a corresponding target dynamic virtual image in the current environment through a multi-modal AI generation technology. The system is deeper in culture fusion, more prominent in inheritance value, better in display experience, higher in individuation and immersion, higher in technical intelligence degree, lower in operation and maintenance cost, more real in virtual and real linkage mechanism, wider in scene adaptation and higher in landing practicability, and the collection value and the management efficiency are improved.

The application relates to the technical field of real estate file management, and discloses a real estate file whole life cycle management and tracing system and a storage medium. A collection unit is used for digital collection of real estate files; a classification unit is used for classifying the digital real estate file data; a storage and backup unit is used for storing and backing up the real estate file data; a query unit is used for file query; a permission unit is used for permission management; a trace unit is used for recording complete trace information; and a tracing unit is used for generating a tracing map. The application constructs a multi-dimensional classification system based on the life cycle dimension, the right object dimension, the registration type dimension and the right type dimension of the property right, and automatically generates a unique file number according to the file number compilation rules, so that the automatic classification, indexing and file number compilation of the real estate electronic files are realized, the key field information is automatically extracted for matching classification, manual processing is pushed when the matching fails, and the classification accuracy and the processing efficiency are improved.

The invention relates to the technical field of waste stone utilization, and discloses a waste stone cutting optimization method and system based on a two-dimensional boxing algorithm, and the method comprises the following steps: S1, carrying out the digital collection and modeling of the basic information of waste stone; s2, old stone data preprocessing and specification analysis; s3, generating a new facade design stone demand; s4, cutting, optimizing and matching; s5, outputting and visualizing the cutting scheme; and S6, scheme execution and feedback optimization. Global optimization of waste stone cutting and recycling is realized by introducing a two-dimensional boxing algorithm and a digital process: stone sizes and defects are automatically identified based on high-precision scanning and three-dimensional modeling, and intelligent typesetting is performed by taking a minimum loss rate as a target through binary tree recursion and a global iterative algorithm; and finally, a numerical control cutting scheme is output, a feedback mechanism is fused, the execution efficiency from evaluation, planning to cutting is greatly improved, the material loss rate is reduced, the utilization rate is improved, and it is guaranteed that cutting is qualified through defect avoiding.

The invention provides a copyright tracking verification method for a digital collection, and relates to the technical field of data processing, and the method comprises the steps: generating a first digital fingerprint; receiving copyright holding information and creation information of the target digital collection, and uploading the copyright holding information and creation information together with the first digital fingerprint to a block chain network; when the first user uploads purchased collections to the block chain network for copyright authentication, generating a second digital fingerprint and proof information; performing validity verification, and when the validity verification is passed, generating a collection matching result; if the collection matching result passes, copyright tracking verification is carried out based on copyright holding information in the registration result, and a copyright tracking verification result is generated. Through the copyright authentication method and device, the technical problems of privacy leakage and data security risk caused by insufficient privacy protection of the collection uploaded by the user in the prior art can be solved, and the technical effects of improving the data security during copyright authentication and ensuring the reliability of copyright authentication are achieved.

1. Name of the product in this design: Cartoon Model (Guoguo). 2. Applications of this design: for 3D animation, virtual host / news assistant, AR / VR scene applications, digital collections, virtual peripherals, and cultural and creative products, etc. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key features: the front view. 5. No design highlights, bottom view omitted.