119 results about "Methods of production" patented technology

The invention provides an intelligent control method and device, electronic equipment, a readable storage medium and a computer program product, the intelligent control method is applied to a machine table for knitting production, and the method comprises the steps that target data are acquired, and the target data comprise the position of a triangle and the action state of a yarn conveyor; performing feature extraction on the target data, and inputting the extracted features into a preset detection model to perform operation state prediction analysis to obtain a process anomaly prediction result; and based on a process abnormity prediction result, a prediction control model is adopted to carry out triangle position and yarn conveyor action adjustment on feedback data collected in real time. The problem that real-time prediction and optimization control cannot be achieved in the prior art is solved, and the method has the advantages that the process anomaly prediction accuracy is improved, real-time dynamic optimization control is achieved, and the knitting production quality and efficiency are improved.

The invention belongs to the technical field of intelligent production, and particularly relates to an intelligent station production method and system based on the AI computer vision technology, and the method comprises the steps: obtaining order information, automatically extracting order data, and generating a structured order task; on the basis of the order tasks, order task distribution of the production line is carried out, and equipment operation parameters are correspondingly adjusted; physical station data are obtained, a digital twin virtual station simulation model is constructed in combination with the distributed order task and the standard operation process on the physical station, and the working state of each station is mapped in real time; performing product verification and operation detection based on the product state of the production line and the operation state of each physical station, and performing order task allocation optimization and employee operation track optimization in combination with the real-time operation state of each physical station; and on the basis of the verified product, electronic order signing is generated, and block chain evidence storage is carried out, so that full-link intelligence, automation and high efficiency of order processing, path planning, job execution and quality control are realized.

This invention discloses a multi-chip component multi-station automated production line and production method, belonging to the field of integrated circuit packaging. The automated production line includes: a loading machine, a unloading machine, a main line track assembly, a transfer machine, branch lines, automated multi-chip component assembly equipment, and a control system. Based on this automated production line, an automated production method is proposed, including: receiving production tasks, analyzing and providing feedback on equipment resources, the loading machine receiving products to be processed, handling products to be processed, assembling products, determining product completion, handling finished products, the unloading machine receiving finished products, and product delivery. This invention significantly shortens product turnaround time and improves production efficiency. Simultaneously, the production line layout is compact, facilitating the replacement, addition, or reduction of production line equipment.

The invention discloses a pipeline geographic entity conversion production method, system, equipment and medium, and the method comprises the steps: S1, designing a pipeline geographic entity model which is used for stipulating a unified format of a converted pipeline geographic entity; s2, the comprehensive pipeline data are expressed as primitives, the comprehensive pipeline primitives comprise pipe point primitives and pipeline primitives, and the pipe point primitives are divided into entity primitives and drawing primitives; primitives of the integrated pipeline data are coded into primitive codes for associating the integrated pipeline primitives with pipeline geographic entities; s3, traversing the pipe point primitives, judging whether the pipe point primitives are entity primitives or not, if yes, generating pipe point entities based on the entity primitives, and if not, not processing in the step and waiting for participating in pipeline entity conversion in the step S4; and S4, traversing the pipeline primitives, and performing pipeline entity conversion. According to the invention, automatic upgrade conversion from the integrated pipeline data to the pipeline geographic entity data is realized.

The invention relates to a rubber cap production system and method, in particular to a rubber cap production system and method capable of achieving accurate waste removal, and solves the problem that waste cap tops cannot be completely removed through an existing rubber cap production system and method. The system comprises a cap top raw material processing system, an other raw and auxiliary material supply system, a rubber cap plastic packaging device and a quality inspection system. The quality inspection system comprises a hat top raw material in-factory quality control device and a hat top finished product out-factory quality control device. The system is characterized by further comprising code spraying equipment which is additionally arranged at the front end of the hat top raw material in-factory quality control equipment; the quality inspection system further comprises code recognition devices which are additionally arranged on the hat top raw material in-factory quality control equipment, the hat top finished product out-factory quality control equipment and the rubber cap plastic packaging equipment respectively. The quality inspection system forms a data set of all waste cap tops; and a control computer of the rubber cap plastic packaging equipment compares a code recognition result with a data set of all waste cap tops before combined processing of the cap tops and the cap bodies, and controls the rubber cap plastic packaging equipment to remove the waste cap tops when the cap tops are the waste cap tops.

The present application belongs to the field of workpiece processing production scheduling, and particularly relates to a construction method of a heterogeneous workpiece system production scheduling scheme, a production scheduling method, a computer system and a computer readable storage medium. The construction method comprises: 1) selecting a workpiece to be processed currently, determining a current processing procedure of the workpiece according to a serial logical order of the processing procedure of the workpiece, and determining a decision time of the processing procedure according to a time line of the processing procedure; 2) inputting a state space corresponding to the decision time, which comprises the current processing procedure, an occupation state of each processing device and an occupation state of each processing resource, into a decision model corresponding to the workpiece to obtain a decision result for determining a processing device used for the processing procedure, and updating a time line of the processing procedure and a locking time period of the processing device and the processing resource; repeating 1)-2) until all workpieces are processed to complete the construction of the production scheduling scheme.

The invention discloses a seamless steel tube intelligent production method based on digital twinning, which comprises the following steps: collecting historical data and real-time monitoring data, and preprocessing to generate a standardized data set; establishing a high-dimensional digital twinning parent model, and reducing the order to obtain a digital twinning reduced-order model; performing parameter calibration on the model to obtain an initial parameter set and a state mapping matrix; inputting real-time monitoring data into the model to obtain updated key parameters, state variables and predictive control quantities; a Tikhonov regularization module is introduced, and a robust correction result is generated; the input model prediction control module generates a smooth control instruction; and collecting feedback data, and inputting the feedback data into the model for online correction and self-learning. By introducing the digital twin reduced-order model and the Tikhonov regularization module, real-time and robust control and high-precision process optimization in the seamless steel tube production process are realized.

The invention is suitable for the field of product production, and provides an equipment production method and device, equipment, a storage medium and a program product.The method includes the steps that when an external person logs in an account, a verification procedure is completed only in a simple control triggering mode in the verification process of a target sample, the external person is prevented from checking related parameter information of the target sample, and the verification efficiency is improved. Therefore, the confidentiality of the product and the data security are improved.

The application discloses a kind of recombination board continuous production line and production method, belong to recombination board manufacturing technical field.Recombination board continuous production line adopts L shape design, including feeding device, for placing veneer and feeding to defibration device;Along the horizontal direction of feeding device, defibration device for veneer is sequentially arranged, impregnation device for fibrosis product is impregnated, and discharge device for impregnated product is discharged excess glue liquid;Along the vertical direction of conveying device, drying device, whole veneer equipment, cutting device and forming device are sequentially arranged.The defibration device and impregnation device are connected by conveying device between discharge device and drying device.This application constitutes a continuous, automated production process, and the integrated design ensures the quality stability of recombination board, improves production efficiency.

This invention discloses a design and fabrication method for alumina ceramic insulating components for vacuum applications, belonging to the technical field of ceramic insulating component design and fabrication. The method includes steps such as macroscopic structural optimization to control the surface electric field distribution and microscopic structural optimization to control secondary electron multiplication. This invention integrates the two stages of vacuum surface flashover initiation and development into a unified optimized design and model construction, effectively reducing the generation of initial electrons and suppressing the multiplication of secondary electrons. This not only significantly enhances the dielectric strength of the entire insulation system but also significantly improves the stability of the equipment. Using ceramic 3D printing with photopolymerization layer-by-layer printing, no additional machining or mold manufacturing is required. A 3D printer using ultraviolet light digital forming technology combined with a sintering furnace can directly generate complex and intricately patterned alumina ceramic components from computer graphics data in a unified manner. This greatly shortens the product development cycle, improves production efficiency, and reduces production costs.

The application discloses a kind of unified processing and alarm method of production field area personnel behavior monitoring data, it is related to industrial safety monitoring and information processing technical field, including acquisition production field area personnel behavior monitoring data, abnormal signal and behavior are classified and priority identification in layers, and alarm object and push path are determined in combination with business rules, responsible subject, equipment state and network condition.The stability and closed-loop management capability in the alarm transmission process are enhanced by load balancing, integrity check, encrypted transmission, abnormal retry, timeout monitoring and sequence check, so as to effectively improve the production field area personnel behavior monitoring data processing efficiency, abnormal behavior alarm response efficiency and overall safety management level.

The invention provides a multi-modal large model fine-tuning corpus production method for the field of planning and natural resources, and aims at solving the problems that existing corpus lacks professional semantics, manual annotation is low in efficiency, and no standardized process exists. According to the method, an exclusive VQA corpus is generated through four core modules including construction of an industry exclusive cognitive task and VQA template library, image-text pairing generation, template-driven VQA sample generation and automatic quality control optimization in combination with an industry planning standard and a cognitive hierarchy, namely perception-reasoning-association-application. The method comprises the following steps: firstly, automatically extracting visual elements and policy texts of a planning graph, and matching a professional template to generate candidate Qamp; the method comprises the following steps: A, finally outputting a standardized corpus package through semantic detection and expert re-check optimization; according to the method, professional semantic accurate alignment is realized, the labor cost is greatly reduced, the corpus quality is reliable, the method can be expanded to similar fields, and efficient support is provided for field multi-mode large model fine adjustment and capability evaluation.

The present application relates to data processing system or method, specifically related to numerical control type steel drilling and cutting production method, software and system, numerical control type steel drilling and cutting production method, including the following steps: extracting the process information for drilling and cutting operation of the type steel from the DSTV file, the process information includes the component length and quantity; according to the component length, quantity and the length of raw material, automatic nesting combination is carried out, the automatic nesting material combination refers to that nc1 parts corresponding to a plurality of DSTV files are combined into a specified length of raw material, and raw material processing data is generated; according to the raw material processing data, the type steel is drilled and cut, and the automatic blanking treatment of numerical control type steel drilling and cutting is realized.

The invention provides a modular design and production method for assembly type ice and snow building components based on cost and manufacturability analysis. According to the method, the cost-manufacturability evaluation curve is automatically generated in the dividing and checking process, the optimal cost solution and the machinable boundary are output in a visual mode, and a basis is provided for design decision making of the ice shell structure. A data file output by the method comprises discrete unit geometric parameters, mold numbers, machining sizes, cost evaluation results and assembly sequences, and can be directly used for follow-up mechanical arm path planning and mold production.

The invention relates to a computer-implemented method for simulating a causal relationship in a production method, wherein the method comprises the following steps: providing a structural causal model (10) for the production of a product by means of a production line; -initializing the structural causal model (10, S10) with parameters with which the product should be manufactured; -performing a simulation (S16) for each product corresponding to the initialized parameters; and-obtaining a simulated product sample for said production from the simulation results (S26).

A method for producing a machine component from a workpiece includes registering a dimension of a surface of the workpiece to be machined and a margin of tolerance of the dimension, generating a signature pattern for the surface to be machined, shaping the workpiece at least on the surface to be machined, where a signature pattern is simultaneously produced during the shaping, and producing a check code on the workpiece, where the signature pattern has maximum dimensions that are within the tolerance margin.

The invention relates to a bulk commodity low-carbon production method, device, equipment and medium based on digital monitoring, and is applied to the technical field of low-carbon production, and the method comprises the steps: obtaining raw material related data, process related data, energy related data, emission related data and data correlation in the production process of bulk commodities; constructing a traceable data system of the production process based on a preset elimination rule and the data correlation; generating an optimized raw material combination based on the raw material related data, the traceable data system and preset mineral aggregate matching data; based on the process related data, optimizing the raw material combination and a preset energy consumption quality standard, and generating a standard process parameter group; generating an energy power dispatching scheme based on the energy related data and the standard process parameter group; and generating a low-carbon production scheme based on the optimized raw material combination, the standard process parameter group, the energy power dispatching scheme and the traceable data system. The method has the effect of realizing low-carbon production of bulk commodities through link cooperation.

The invention discloses an anti-counterfeiting material safety production method and system based on multi-encryption, and the method comprises the steps: obtaining encryption processing data corresponding to a target process in response to a signal that a production raw material of an anti-counterfeiting material enters the target process; based on preset decrypted data, decrypting the encrypted processing data to obtain decrypted processing data; based on a preset verification rule corresponding to the target process, verifying the decrypted processing data; and when the verification is passed, generating an equipment processing instruction corresponding to the decrypted processing data and sending the equipment processing instruction to corresponding processing equipment so as to process the production raw materials. Therefore, accurate anti-counterfeiting material processing control based on encryption, decryption and multiple verification can be realized, the safety and traceability of the production process are improved, and the counterfeiting risk caused by data tampering or verification failure is reduced.

The application provides a production line and a production method for a magnetic packaging box, and relates to the technical field of packaging box production equipment.The raw material feeding unit, the feeding and assembling unit, the folding and forming unit, the quality detection unit, the finished product sorting and discharging unit and the central control system are provided.The raw material feeding unit realizes automatic feeding and conveying of the base material.The feeding and assembling unit realizes magnetic element assembling and pressing through vibration disc feeding, visual positioning and multi-axis mechanical arm cooperation.The folding and forming unit realizes automatic folding of the side plate of the base material.The quality detection unit detects the magnetic performance and appearance and removes defective products.The finished product sorting and discharging unit realizes automatic sorting and storage of qualified products.The production method is based on the above production line and sequentially realizes the processes of raw material feeding, magnetic element assembling, folding and forming, quality detection and finished product sorting and discharging.The application is suitable for large-scale production of high-end magnetic packaging boxes, improves the production efficiency and the qualified rate, and has good production effect.

The invention discloses a production and processing control method of a connecting block assembly for hoisting, and relates to the field of machining and manufacturing. The method comprises the following steps: according to a bearing demand of a target hoisting connection assembly in a target processing order; generating K production processing parameter spaces; a plurality of production processing parameter combinations are obtained through multiple times of random extraction; performing quality prediction on the K parts to obtain a plurality of part quality prediction value sets; the machining precision and the assembly precision are recognized, fitness analysis is conducted on production and machining parameter combinations, and multiple fitness degrees are obtained; performing combination variation optimization to obtain a target production processing parameter combination; and carrying out production processing control on the target connecting assembly for hoisting. The technical problems that in the prior art, a production method cannot flexibly adjust machining parameters according to requirements and lacks an optimization mechanism, so that a connecting assembly cannot meet the quality requirement, and the production efficiency is low are solved, and the technical effects of customized production and production and machining parameter optimization are achieved.

This invention relates to a production method and a metal spring for ensuring precise forming of metal springs in the field of information technology. The method includes: acquiring design specification data and material property data of metal springs in electronic devices; determining key dimensional parameters of microstructures through classification processing; constructing an initial forming model based on the key dimensional parameters; simulating the material flow process using finite element analysis, optimizing the flow path, verifying forming stability, and determining the final forming model; extracting stress distribution characteristics from the simulation data and generating a stress distribution map; adjusting the process parameter sequence through optimization algorithms to balance the stress distribution; guiding production simulation based on the optimized process parameter sequence to construct a quality fluctuation model; extracting influencing factors from the quality fluctuation model, integrating them into production control data, updating the process approach, determining the final process flow parameters, and generating a production plan that ensures precise forming of microstructures and consistent elasticity.

The application discloses a composite machine production method, relates to the technical field of computers, and obtains various production instructions by analyzing production requirements of the composite machine through an order assembly system; generates a sales order through an enterprise resource planning system; splits the sales order through a customer relationship management system to obtain a first material list, and determines a second material list based on a material damage ratio; locks target material inventory based on a supply chain planning and optimization system through the enterprise resource planning system, splits the production instructions based on the locked target material inventory to obtain various machine production work orders; and performs corresponding machine production on the various machine production work orders through a production execution system and a production line to obtain the composite machine, improves the efficiency and accuracy of composite machine production, and realizes efficient management, control and tracing of the composite machine order.

The application discloses a production system and a production method for panel locking, comprising a feeding station, a conveying line, a locking station and a discharging station. The feeding station is connected with the input end of the conveying line, used for conveying and splitting the array of material boxes, and sequentially transferring the single material box to the conveying line. The locking station is arranged above the conveying line, used for locking the panel stored in the material box on the conveying line. The discharging station is connected with the output end of the conveying line, used for transferring the single material box on the conveying line and stacking into the array of material boxes, and conveying the array of material boxes. Through the cooperation of the feeding station, the conveying line, the locking station and the discharging station, the panel can be locked without positioning and pressing, and the production demand of small batch and multi-variety production can be quickly changed. The feeding and discharging are completed by the feeding and discharging stations, and the nailing and locking are completed by the locking station, so that the labor input is effectively reduced and the automation level is improved.

The present invention provides a production system capable of making a production plan according to changes in work contents and resources and quickly and reasonably distributing the resources. This production system comprises: a resource information unit that includes resource information in a factory which produces a product on the basis of a production plan; a production planning unit that arranges workers suitable for the production plan on the basis of the content of the resource information unit; a plan inference and determination unit that observes and analyzes the progress status of work after personnel arrangement by the production planning unit; and a resource redistribution unit that reviews the production plan and adjusts resources when a delay in the work occurs or the work content has been changed, on the basis of the progress status.

The invention discloses an on-line production method and device for parts and electronic equipment. The method comprises the steps that production information of a target production line is obtained, and the production information at least comprises attribute information of at least one part needed by the target production line and the on-line sequence of the parts; based on attribute information in the production information, identifying at least one target part matched with the attribute information from the first storage area; transporting the identified target parts to a second storage area according to the on-line sequence; and in response to the fact that the queuing sequence of the target parts in the second storage area is the same as the online sequence, according to the queuing sequence, the target parts in the second storage area are conveyed to a target production line for online production. The technical problem that the on-line operation efficiency is low due to the fact that the parts are manually picked in the prior art is solved.

The invention belongs to the technical field of building material preparation, and particularly relates to a movable ultra-high performance concrete UHPC production system and method, and the system comprises a platform base which can be transported integrally, a UHPC production line fixedly installed on the platform base, a waste slurry water recovery system and a central control room; the UHPC production line comprises a powder storage device, a water-additive storage box, a weighing system, a steel fiber dispersing and weighing device, a gravel dispersing and weighing device, a UHPC stirrer, a UHPC discharging device and a UHPC transfer tank. The waste slurry water recovery system comprises a car washing table, a steel fiber recovery device, a gravel separation device, a temporary storage tank, a dense separation device and a filter press which are connected in sequence. The movable UHPC production system is small in occupied area and convenient to transport, meets the UHPC construction requirements of remote regions, adapts to the working environment needing to be frequently moved, saves the installation cost of a UHPC production line, and meanwhile is free of dust, waste water and waste slurry and environmentally friendly.

The application discloses a production method and production line of an energized part, a computer device and a medium, and specifically comprises the following steps: feeding a plurality of mutually connected to-be-processed parts to each feeding and stamping machine respectively, processing the to-be-processed parts by the feeding and stamping machine and conveying the to-be-processed parts to an assembling machine one by one; overlapping and assembling the to-be-processed parts by the assembling machine to obtain a first processed part, and conveying the first processed part to an injection molding machine; injecting and molding the first processed part by the injection molding machine to obtain a second processed part, and conveying the second processed part to a part bending machine; bending a preset position of the second processed part by the part bending machine to obtain a third processed part, and conveying the third processed part to the injection molding machine; injecting and molding the third processed part by the injection molding machine to obtain the energized part, and conveying the energized part to a part detection machine; detecting the energized part by the part detection machine and screening out the energized part with unqualified quality. The method provided by the application realizes the transfer of the parts between the processing devices in the process of part processing, and improves the processing efficiency of the parts and the transmission efficiency between the parts.

The invention discloses a load balancing method for production objects. The load balancing method comprises the following steps: acquiring generated production data of a plurality of production objects; calculating production load data of the plurality of production objects; according to the production load data, calculating generated load balancing data of the plurality of production objects; obtaining future production planning data of the plurality of production objects; and judging whether the load of the production object is balanced or not according to the production load data, the load balancing data and the future production plan data. According to the method, more balanced production load can be obtained, and the production efficiency and yield can be improved.