32 results about "Material Identifier" patented technology

The invention provides an intelligent material acceptance method and terminal equipment, and the method employs AR glasses to scan a material identifier to directly call a material three-dimensional standard model and supplier information, replaces a conventional paper document checking and manual input process, avoids manual information input errors, and greatly shortens the acceptance period. The AR glasses are used for synchronously collecting visual images, three-dimensional point cloud and surface spectrum characteristic data, the appearance defects, the size precision and the material characteristics of the materials can be comprehensively detected, and the integrity and the accuracy of quality detection are improved. In addition, by constructing an evaluation matrix containing deviation analysis, defect results and supplier information, an acceptance report is quickly generated, so that the defects that in the prior art, the material acceptance efficiency is low, and acceptance information updating is lagged are overcome.

The invention relates to a full-process material tracing method and system for an extrusion granulation production line, and the method comprises the steps: constructing a high-fidelity digital twin model which is synchronous with a physical production line, and building a real-time data communication link to achieve virtual-real synchronization. In the virtual environment, a raw material batch switching event is converted into a unique material digital identifier, and the unique material digital identifier is dynamically injected into a virtual material infinitesimal at a corresponding time point; a material identification propagation dynamic model is constructed, real-time production data is used for driving, and the space-time movement track of each identification in virtual equipment is calculated. And finally, the mixing state of the material flow is analyzed in real time at a virtual finished product station, dynamic finished product batches are divided according to a uniformity threshold value, and a material pedigree tracing atlas containing a complete raw material source and a process path is automatically generated. According to the invention, the problems of fuzzy material flow direction and difficult tracing in continuous manufacturing are solved, upgrading from static recording to dynamic accurate tracing is realized, and digital guarantee is provided for quality control and process optimization.

This invention provides a method and system for material tracking and error prevention management throughout the entire lifecycle of customized home furnishing production, relating to the field of Internet of Things (IoT) technology. It includes acquiring material identifiers, process paths, and workstation information, performing process node topology matching and operation type comparison based on a material process knowledge graph, thereby identifying abnormal process paths and intercepting non-compliant operations. At the same time, it forms a material lifecycle traceability chain, effectively improving the accuracy of production process control, reducing material processing error rates, and ensuring product quality.

The invention provides a 3D modeling method and system based on a logistics park and storage materials, relates to the technical field of 3D modeling, and solves the technical problem of low storage data accuracy of the storage materials in the logistics park. The method comprises the following steps: in response to a 3D modeling instruction for materials, an unmanned aerial vehicle in a logistics park sends a broadcast signal in a broadcast form; the electronic tag receives the broadcast signal and sends a feedback signal for the broadcast signal according to the to-be-modeled data; the feedback signal comprises target storage data conforming to the to-be-modeled data and a material identifier of a target material corresponding to the electronic tag; scanning equipment arranged on the unmanned aerial vehicle scans all the electronic tags in the logistics park so as to receive a feedback signal; and the data processing system corresponding to the unmanned aerial vehicle performs storage material 3D modeling on the condition of each target material in the logistics park based on the target storage data and the material identifier in the feedback signal to obtain a storage material 3D model.

The invention discloses an application screen display control method and system, electronic equipment and a storage medium, and belongs to the technical field of application interaction.The method comprises the steps that based on input content of a target user, image-text materials used for screen display of a target application are generated; generating a material identifier corresponding to the image-text material; obtaining an application account of a receiving user, and establishing an association relationship between the material identifier and the application account; and based on the association relationship, controlling the target application to generate and display a screen opening picture based on the image-text material. Therefore, personalized screen display of the application can be realized.

The invention provides an advertisement putting method, electronic equipment and a storage medium, and relates to the technical field of advertisement putting. The method comprises the steps that value features and demand features generated by a user on a business platform within historical duration are acquired, the value features are used for indicating consumption ability of the user, and the demand features are used for indicating business demands of the user; according to the value features, the demand features and a preset material template library, synthesizing advertisement materials corresponding to the user; sending the advertisement material to a media platform, receiving a material identifier sent by the media platform, and pairing and storing the material identifier and a device identifier of a user; and after a delivery request sent by the media platform is received, under the condition of determining that the user participates in competition, generating a competition participation price according to a preset competition participation label, obtaining a material identifier according to the equipment identifier, and sending the material identifier and the competition participation price to the media platform, so that the media platform exposes an advertisement material to the user according to the material identifier. Therefore, the advertisement putting effect is improved.

The invention provides a nuclear power purchase-construction full-process management method and system based on machine learning. The method comprises the following steps: constructing a partition block chain structure according to a manufacturer area, a project department area, a contractor area and a construction point counting area; driving automatic mapping and state circulation of the cross-regional block chain through the unique material identifier, and obtaining full-process data based on the latest verification node; inputting the whole-process data and the field demand time into a machine learning model to obtain predicted arrival time and a delay classification result; on the basis of the blockchain node state and the predicted arrival time, triggering missing purchase, delayed delivery and overdue material receiving early warning mails; and based on reinforcement learning, minimizing storage cost, optimizing bid issuing and purchasing time points, and feeding back an optimization result, predicted arrival time, a delay classification result and an early warning mail to the block chain structure. Nuclear power purchase and construction whole-process information interconnection is realized through a block chain, and the management efficiency is optimized in combination with a machine learning technology.

The invention provides a method and system for optimizing task distribution and computing equipment, and the method comprises the steps: generating a material table record which comprises a material identifier, a material type and material content, and the material content points to a target material; group delineation is carried out according to task object identifiers associated with the tasks, and task objects are divided into groups with different group identifiers according to preset rules or conditions; according to the material table record, a distribution task table record is created, and the distribution task table record comprises a corresponding task identifier, a channel identifier, a distribution task type, the material identifier and the group identifier; and creating different distribution tasks for asynchronous execution based on the distribution task table record according to the distribution task type. According to the technical scheme, task object requirements can be more quickly and accurately understood and met, search complexity and efficiency are improved, and the method has high applicability and universality and is rich in applicable scene.

The invention provides a log processing method and device for drug screening, equipment and a storage medium, and the method comprises the steps: A, obtaining a running log generated in a drug screening process, and converting the running log into an event structured entry to construct a dual index; step B, according to the reverse index, aggregating all structured event entries associated with each material identifier to obtain a task node corresponding to each material, and generating a hierarchical mapping structure of the task node; c, aiming at the execution result code contained in each task node, generating a state identifier, performing verification at the same time, and if the states of different log sources conflict, generating a verification state; and step D, for each task node, according to the execution condition of the sub-steps of the task node, determining the percentage progress, drawing a Gantt chart, and displaying the Gantt chart on a visual interface. By adopting the technical scheme, the abnormality can be found in time by providing a visual interface, and the abnormality response time is shortened.

Embodiments of the present application provide a three-dimensional printing method, device, electronic equipment and storage medium. The cloud server performs layering processing on a three-dimensional model of a to-be-printed object according to a material identifier of the to-be-printed object to obtain a plurality of layered geometric contour information; determines material parameters corresponding to the material identifier; determines processing information corresponding to the layers based on a multi-objective optimization model, the material parameters, and the layered geometric contour information; processes the processing information and the material parameters based on a path planning cost function to obtain joint space instructions and laser parameters; determines a processing task according to the joint space instructions and the laser parameters; the processing task includes five-axis linkage control parameters corresponding to a terminal device; and sends the processing task corresponding to the plurality of layers to an edge node, so that the edge node controls the terminal device to perform three-dimensional printing processing on the to-be-printed object according to the five-axis linkage control parameters in the processing task for any layer. The printing efficiency is improved.

The present disclosure discloses a control method and device in a game, electronic equipment and readable storage medium, and relates to the technical field of computers. The method comprises: displaying a pickup list in the graphical user interface, wherein the pickup list comprises material identifiers corresponding to virtual materials that can be picked up in a game scene; in response to a first field of view adjustment operation, updating a first field of view picture displayed by the graphical user interface to a second field of view picture; in the case where a direction indicated by the aiming identifier in the second field of view picture points to a display area of a first material identifier in the pickup list, in response to a pickup instruction, controlling to pick up a virtual material corresponding to the first material identifier; in the case where the direction indicated by the aiming identifier in the second field of view picture points to the display area of the first material identifier in the pickup list, in response to a first attack instruction, controlling to perform an attack behavior according to the indication direction of the aiming identifier.

Embodiments of the present disclosure provides a method and an apparatus for content capturing, a device and a storage medium. The method includes: in response to determining that a first capturing material of at least a first type is selected, presenting a plurality of material identifiers corresponding to a plurality of capturing materials of at least a second type, the plurality of capturing materials being associated with the first capturing material; determining a selected capturing material in the plurality of capturing materials based on a selection operation on a material identifier in the plurality of material identifiers; and in response to determining that a second capturing material in the plurality of capturing materials is selected, presenting a first capturing preview comprising the first capturing material and the second capturing material.

To provide an information processing apparatus, an information processing method, and a program for classifying materials into the same material even if the materials are described in a document with different names.SOLUTION: An information processing apparatus includes: a storage section that stores a knowledge graph in which a material identifier and a synonym of a material name are accumulated for each material concept, a mapping model, and a material feature quantity dictionary; and an operation processing section. The operation processing section learns a word feature quantity model on the basis of the document and the material name in the knowledge graph, generates a word feature quantity dictionary using the word feature quantity model, generates a determination model for determining whether or not the material name belongs to the synonym of the material concept in the knowledge graph, estimates a word feature quantity of an input material name using the word feature quantity model, determines whether or not a material concept in which the input material name belongs to the synonym is in the knowledge graph using the determination model for the estimated word feature quantity, obtains a material feature quantity associated with a material identifier corresponding to the material concept when there is the material concept, and obtains a material feature quantity from the word feature quantity using the mapping model when there is no material concept.SELECTED DRAWING: Figure 3

Embodiments of the present disclosure provides a method and an apparatus for content capturing, a device and a storage medium. The method includes: in response to determining that a first capturing material of at least a first type is selected, presenting a plurality of material identifiers corresponding to a plurality of capturing materials of at least a second type, the plurality of capturing materials being associated with the first capturing material; determining a selected capturing material in the plurality of capturing materials based on a selection operation on a material identifier in the plurality of material identifiers; and in response to determining that a second capturing material in the plurality of capturing materials is selected, presenting a first capturing preview comprising the first capturing material and the second capturing material.

This invention provides a method and system for establishing a marine engineering materials database. The method includes: a data table construction step: constructing a relational data table structure, including a test material information table, which contains at least a first material identifier, a second material identifier, and a third material identifier; an automatic classification step: automatically determining the material type of a data entry based on the combination of values ​​of the first, second, and third material identifiers; an interface construction step: constructing a binary data interface between the database and CAE software; and a data security processing step: serializing and encrypting the data in the database, binding it to an authorization license, and generating an encrypted data file for offline use by the CAE software. The method for establishing a marine engineering materials database described in this invention features standardized data management; seamless integration between the database and CAE software; and high data security.

The invention discloses a carbon emission suggestion generation method and device, equipment and a medium, and belongs to the technical field of computers. The method comprises the following steps: acquiring a hierarchy identifier of a hierarchy to be predicted, and determining a corresponding process identifier and a material identifier according to the hierarchy identifier; after the data acquisition period arrives, acquiring consumption data of each corresponding target steel material according to the process identifier and the material identifier in allusion to the current period; based on the consumption data of each target steel material, periodic carbon emission corresponding to the level identifier is obtained; obtaining a statistical cycle preset yield of a hierarchical product corresponding to the hierarchical identifier, a cycle actual yield in the current cycle, and a preset statistical cycle quota amount of carbon emission corresponding to the hierarchical identifier; based on the periodic actual yield, the statistical periodic preset yield and the periodic carbon emission, predicting to obtain a statistical periodic carbon emission; and comparing the statistical cycle carbon emission amount with a preset statistical cycle quota amount to generate a carbon emission suggestion.

The invention provides a customized home production full-life-cycle material tracking and error-proofing management method and system, and relates to the technical field of Internet of Things, and the method comprises the steps: obtaining a material identifier, a process path and station information, carrying out the process node topology matching and operation type comparison based on a material process knowledge graph, and carrying out the processing of the material identifier, the process path and the station information; the method achieves the recognition of an abnormal process path and the interception of non-compliant operation, forms a material full-life-cycle traceability chain, effectively improves the control precision of a production process, reduces the material processing error rate, and guarantees the product quality.

A spectral analysis unit receives items of spectral data acquired by a measurement device with regards to a material according to a prescribed measurement condition, and calculates spectral feature amounts of the spectral data using a model function. A standard deviation acquisition unit estimates, on the basis of the spectral feature amounts, the standard deviation between the model function and the values actually measured by the measurement device; and a feature amount error-identification accuracy degree relationship analysis unit calculates, for each of the spectral feature amounts, an identification accuracy degree in relation to identifying the material, using spectral feature amount-material identifier correlation information indicating the correspondence relationship for the material identifier in question, and generates, using the identification accuracy degree and the standard deviation, feature amount error-identification accuracy degree correlation information indicating the correlation relationship between the identification accuracy degree and the spectral feature amount error for the material.

The invention provides a method and system for safely playing materials, a storage medium and a product, and the method comprises the steps: obtaining perfect target video information according to a target video playing template corresponding to a business scene identifier and a material identifier in response to a playing target material signature request; generating a playing signature according to the client identifier and the like, and caching the perfect target video information and the playing signature to a database; returning a playing signature; in response to the play link request carrying the play signature, verifying the play signature; if the verification is passed, target video information corresponding to the playing signature is acquired from the database, and a playing link request is assembled, transmitted and sent; receiving a playing link request, and generating a playing link according to the video playing related parameters; and returning the playing link. According to the method, the playing signature is generated, the playing link is requested, the video information is cached according to the database, and the playing link is generated, so that the playing link is not requested through an original chain any more, and the safety of the original chain is ensured.

The embodiment of the invention provides a material management method and device, electronic equipment, a medium and a product. The method can comprise the steps that in response to scanning operation of a user on a material identifier, the in-warehouse state of a material corresponding to the material identifier is updated, the weight of the material and the updated in-warehouse state are displayed in a management interface, and the weight is weighing data of the material on weighing equipment.

The invention discloses a BIM model geometry and material exporting method and device. The method comprises the following steps: extracting a geometry, a material identifier and material information of a BIM model; dividing the surface of each geometry based on the material identifier to obtain a plurality of combined grids; based on a dynamic texture mapping strategy, generating a corresponding texture coordinate for the vertex of the surface of each geometry; performing vertex de-duplication on each combined grid to obtain a vertex list; and generating a dual-format material file and a model data file based on the material information, the vertex list and the corresponding texture coordinates. Through the above mode, data redundancy can be reduced and rendering performance can be improved through vertex de-duplication; through a dynamic texture mapping strategy, corresponding texture coordinates are generated for the vertexes of each surface, correct texture mapping is ensured, and the visual effect is improved; by generating the double-format material file, all material attributes are completely reserved, and the double formats can support various 3D software and renderers, so that wider compatibility is provided.

The embodiment of the invention provides an inventory available amount statistical method and a related device, which are used for realizing flexible configuration of statistical dimensions and expandability of control logic. The method provided by the embodiment of the invention comprises the following steps: receiving an inventory available amount query request, wherein the query request at least comprises a material identifier and a query date; according to the material identification and the query date, a pre-configured parameter model is analyzed, and the parameter model records a calculation formula of inventory available amount and a statistical dimension of the material identification; according to an analysis result of the parameter model, dynamically generating a data query instruction containing a material identifier, a statistical dimension and a query date; according to the data query instruction, obtaining a calculation factor value corresponding to the material identifier, the statistical dimension and the query date; and performing statistics on the inventory available amount of the material identifier on the query date by utilizing a calculation formula and the calculation factor numerical value.

The application provides a report generation method, device, electronic equipment and storage medium, and belongs to the technical field of artificial intelligence. The report generation method decomposes user demand through a planning agent; retrieves an agent to obtain material segments and assigns a unique material identifier to each material segment; a writing agent generates intermediate state report content based on the material segments and forcibly embeds a traceability mark composed of a material identifier; a judgment agent extracts a traceability mark index to a corresponding material segment, compares the semantic consistency of the text sentences and the material segments; and finally, a target report is obtained according to the verification result. The application uses the full-link flow of the material identifier to establish a strong association between the generated content and the original data, effectively eliminates the illusion phenomenon of the large model generation through the automatic semantic verification closed loop, and significantly improves the accuracy and reliability of the private data analysis report.

This application provides a method, apparatus, device, and storage medium for processing parameters of a microwave absorbing component. The microwave absorbing component includes at least two layers of absorbing material. The method includes: upon receiving a simulation command for the microwave absorbing component, acquiring the component's size data, the identity vectors of the absorbing materials, and the material identifiers corresponding to the identity vectors; constructing an initialization variable matrix based on the size data; determining target row vectors by matching the row vectors in the initialization variable matrix with the identity vectors; updating the target row vectors based on the material identifiers to generate a target variable matrix; converting the target variable matrix into a combination identifier for the absorbing materials; and outputting the combination identifier for the absorbing materials. This method achieves dimensionality reduction of the initialization variable matrix, improving the optimization efficiency of the microwave absorbing component combination design.

The invention discloses a data management method, a computing device and a computer readable storage medium, and the method comprises the steps: obtaining the material information of a to-be-managed material, the material information comprising a material identifier, a station identifier and a supplier identifier; the material identifier comprises a material number and a material name; forming a first composite primary key of the to-be-managed material according to the material number, the station identifier and the supplier identifier, and querying a preset PFEP database based on the first composite primary key; in response to the fact that the PFEP data matched with the to-be-managed material is not queried, forming a second composite primary key of the to-be-managed material according to at least one of the station identifier and the supplier identifier and the material name, and retrieving a preset PFEP data template library based on the second composite primary key; and in response to the retrieved PFEP data template matched with the to-be-managed material, generating PFEP data of the to-be-managed material according to the PFEP data template matched with the to-be-managed material. Therefore, the PFEP data management efficiency and accuracy can be effectively improved.

The invention belongs to the field of intelligent household appliances, and particularly relates to a material editing method and device and a program product, and the method comprises the steps: receiving a target material editing request sent by a user terminal; the target material editing request comprises at least one target material identifier; obtaining each target material according to each target material identifier, and determining a material type corresponding to each target material; determining an editing page corresponding to each target material according to the corresponding material type; the editing page is an operable page configured on a material management system in advance according to a material type; and importing each target material into the corresponding editing page, and displaying each imported editing page, so that a user edits each target material based on a display result of the user terminal.

A method for recovering material residues from one or more textiles is disclosed: providing one or more physical material identifiers of the one or more textiles and material data associated with a material containing (multiple) synthetic polymers; providing one or more recycling unit identifiers associated with a recycling unit for collecting material residues from the material of the one or more textiles; generating one or more recycling instructions based on the (multiple) recycling unit identifiers and the material data; and providing the generated recycling instructions for recovering the material residues from the one or more textiles. Further methods, apparatus, uses, computer programs, and computer-readable media are disclosed.

The invention belongs to the technical field of radar target scattering characteristic modeling, and the method comprises the steps: dispersing a human body surface into an equal-area equivalent infinitesimal set, and solidifying and storing a center coordinate, an outer normal, an area, a region identifier and a material identifier by infinitesimal elements; the material electromagnetic parameters are obtained by indexing the material identifiers in the parameter table. The visible set participates in compound scattering field synthesis, and the shielding set outputs a shielding ratio and shielding scattering intensity statistical magnitude and participates in error evaluation and correction of a synthesis result according to a preset compensation rule. And introducing standard body calibration, fitting in a unified frequency band and distance range to obtain a near-field compensation coefficient kc, and performing magnitude consistency compensation on a synthesis result. And finally, a three-dimensional RCS matrix changing along with the distance, the orientation and the pitching is output and can be used for pedestrian target modeling, radar system simulation and algorithm training, and the consistency, reproducibility and engineering applicability of near-field simulation are improved.

A method for recycling material residues from materials containing one or more synthetic polymers is disclosed, the method comprising: providing one or more physical material identifiers and material data associated with a material containing a synthetic polymer; providing one or more container identifiers associated with a container for collecting material residue from the synthetic polymer containing material; generating one or more recycling instructions based on the container identifier and the material data; providing the generated recycling instructions for recycling the material residue; Includes. Further methods, apparatus, uses, computer programs and computer readable media are disclosed.

The invention discloses a vector retrieval method and device for multiple service scenes, a storage medium and a program product, and relates to the technical field of big data. The method comprises the following steps: receiving a target retrieval request, determining a modal type of the target retrieval request, and determining a target retrieval vector matched with the target retrieval request based on the modal type; determining a retrieval range in a predetermined target material library, and determining a candidate material identifier set; wherein the target material library comprises materials of a plurality of business scenes and feature vectors corresponding to the materials; respectively determining the similarity between the target retrieval vector and the feature vector of each candidate material in the candidate material identification set; and based on the similarity calculation result, determining a target candidate material identifier, and determining a material content corresponding to the target candidate material identifier as a retrieval result of the target retrieval request. According to the scheme, storage resource waste and vectorization calculation overhead can be reduced, cross-scene joint retrieval is achieved, and the retrieval breadth and flexibility are improved.