49 results about "Product life-cycle management" patented technology

The invention discloses an informatization application cluster platform of small and medium enterprises. The informatization application cluster platform comprises a portal management system, an enterprise logistics supply chain resource planning management system, an enterprise resource planning management system, an enterprise distribution resource planning and supply chain management system, an enterprise customer relation management system, an enterprise collaborative working platform management system, an enterprise product data management and product life cycle management system, an enterprise human resource management system, an enterprise operating management talent assessment system, an enterprise educational training network platform integrated system and a decision supporting analysis system. The informatization application cluster platform of the small and medium enterprises has the advantages that: by real-time on-line application and management for a plurality of small and medium enterprises, the safety of the operation data of on-line enterprises can be guaranteed; the investment of economic and technical talents for the informatization application of the small and medium enterprises of China is greatly reduced; an enterprise management bottleneck is optimized; the information technology (IT) application cost of the enterprises is greatly saved; and the implementation of the informatization of the small and medium enterprises is simplified.

The invention is directed to a product life cycle management (PLM) system, comprising a database storing objects, preferably 3D objects, and relations between said objects. The PLM system provides a graphical user interface suitable for displaying to a user a graphical representation of a hierarchy of stored objects. The graphical user interface is adapted, upon selection of a displayed object by a user, to display objects related to the selected object. At a given level in the hierarchy, displayed objects are distributed according to a respective weight. The weight of a displayed object depends on the number of its descendants in the hierarchy, which are displayed in said graphical representation. The invention makes it possible to navigate in a database of a PLM system, storing notably complex modeled objects through interrelated data. Thanks to the principle of the weight dependence discussed above, the solution further allows the user to comprehend its progression through the organized data as well as the relations between objects and this, in an easy and intuitive way.

The invention discloses a data exchange platform. The data exchange platform comprises a data source adapter, a kettle platform and ETL tool, a task scheduling engine based on Quartz and a target-terminal adapter. Interfaces accessed into all business systems can be provided, automatic data extracting, data verification, data dissemination and the like are achieved through uniform interface specifications, and meanwhile data synchronism, historical data migration and the like are supported. For the following, data integration and uniform controlling of all external data sources are achieved through the data exchange platform, suitable decoupling between all the external data sources and all the business systems is carried out, and product life-cycle management of data is achieved; for thepreceding, processing and grouping of integrated data are achieved, flexible and rapid data services are provided, and therefore a powerful support is provided for achieving business collaboration anddecision supporting in the data aspect.

A method and systems comprising cognitive intelligent automation systems (CIASFABI©), that transforms any customer's information systems to provide actionable business intelligence at every stage of the evolution to the ultimate target system, the best in class in the industry at any stage 24×7, seamlessly, similar to autonomous cars except in this case, information systems that run your business—eCommerce, ERP, CRM, Analytics etc., always adjusting to internal and external events to take advantage of opportunity, to provide 24×7 Reports, Checklists, Roadmaps and advice on Strategic, tactical and operational execution, on all areas / lines of the business (LoBs):—ecommerce, ERP, CRM, BW / BI, Product life cycle management (PLM), LoB, Products & Services, Infrastructure, corporate vulnerability while ensuring the corporate mission, culture, history and image are well protected and nourished supporting Executive management, C level executes, end-to-end Lines of Business (LOB), senior management and Board of DirectorsThe automation system is amenable to learn further by neural networks, Artificial Intelligence, Machine Language / Robotic Process Automation Scripts (Bots), In Memory computing technology (e.g. SAP S4HANA), Internet of Things and different adapter & sensors, adjusting the customer's information systems autonomously.

A manufacture management and purchasing integrate platform of enterprise is disclosed, including e-commerce service management platform, Sales management module, Production management module, Procurement management module, product management module, Production planning module, outsourcing component management module, Outsourcing part management module, homemade part management module, order automatic matching management module, issue management module and automated warehouse. The functional modules cover product life cycle management (PLM), enterprise resource planning (ERP), manufacturing execution system (MES), warehouse management system (WMS) and other aspects in enterprise management. And the information tools are streamlined, and then integrated with the e-commerce service platform as an integrated platform, so as to effectively improve the production and manufacturing management process in the interconnection of each link, and ultimately achieve the improvement of enterprise production efficiency and product quality.

The invention is directed to a product life cycle management (PLM) system, comprising a database storing objects, preferably 3D objects, and relations between said objects. The PLM system provides a graphical user interface suitable for displaying to a user a graphical representation of a hierarchy of stored objects. The graphical user interface is adapted, upon selection of a displayed object by a user, to display objects related to the selected object. At a given level in the hierarchy, displayed objects are distributed according to a respective weight. The weight of a displayed object depends on the number of its descendants in the hierarchy, which are displayed in said graphical representation. The invention makes it possible to navigate in a database of a PLM system, storing notably complex modeled objects through interrelated data. Thanks to the principle of the weight dependence discussed above, the solution further allows the user to comprehend its progression through the organized data as well as the relations between objects and this, in an easy and intuitive way.

Techniques are provided for product life cycle management over an information network. More particularly, techniques are provided for decision support activation and management in accordance with a product life cycle management process such as a collaborative design process. In one aspect of the invention, a technique for managing at least one collaborative process performed in accordance with a first entity and at least a second entity, comprises the following steps / operations. Information associated with the at least one collaborative process is obtained. Based on at least a portion of the obtained information, an information structure (e.g., a context pyramid) representative of the collaborative process is dynamically maintained so as to assist at least one of the first entity and the second entity in managing at least a portion of the collaborative process.

The invention provides an identification code-containing device and device system and a method for recycling the identification code-containing device. The invention sets articles or services to be managed in parallel with at least one device with a unique identification code or a device with a unique identification code, and scans or receives the identification code with the intelligent terminalbefore and after, and combines the relevant information in the system. The server generates a unique transaction ID in the system, and uses the unique identification code and the intelligent terminal,and its management device and system to manage the material or service data, and realizes the goods, services and exchange resources without printing the waybill or bill. The transfer and managementprocess, and the identification code form or the identifier-containing device can be recycled to the management process including the identification, classification, merging, transfer, transmission and reception, evaluation, statistics, and settlement. The program is applicable to various scenarios of commodity distribution, catering and take-out, second-hand item transfer sharing, transmission maintenance and repair, garbage classification and clearing and receiving, product life cycle management, volunteer management, and precision poverty alleviation.

System and Method for multilateral Validation of Wire Harness Design Outputs wherein said method comprises of validating with respect to one another and with respect to component database, the background data files (BDF). Such BDFs are generated by software platforms for creating two dimensional circuit schematic and two dimensional & three dimensional wire harness outputs and are not friendly for use by humans. The system as per said method is a computer program, capable of plugging-in on product Life Cycle management Software suites. The system and method makes validation possible by comparing BDF instead of conventional validation of comparing the technical contents by skilled designers, thus saves need of skilled designers, besides saving time and improving quality of Wire harness Design Outputs.

Disclosed in the invention is a two-dimensional-code-based intelligent instrument life-cycle management system comprising an information inputting module, an information display module and a two-dimensional-code-based access module of an instrument life cycle system. On the basis of convenience of diversity of a two-dimensional code, a code of a product and correlated information are stored into a two-dimensional code, so that exchanging, transmission, and management of information of all stages of the product life-cycle management system can be realized conveniently. With the two-dimensional code information inputting module and the information display module, the operator can be carry out information exchange with the instrument life-cycle management system well, so that an objective of high-efficiency and convenient instrument management of the enterprise is achieved.

The invention belongs to the technical field of information, and provides an information interaction system for industrial interconnection. The system utilizes a message queue, a message flow engine, an information management shell, a protocol wrapper and a service-oriented architecture technology to design an integration interconnection engine; the integration interconnection engine enables various IT systems such as an SRM (a supplier relation management system), a CRM (a customer relation management system), an MES (a manufacturing execution system), a PLM (a product life cycle management system) and an ERP (an enterprise resource planning system) in the management field to be mutually connected through an enterprise internal network, and enables various OT systems and physical devices such as an SCADA (a data acquisition and monitoring control system), a DCS (a distributed control system), an MOM (a manufacturing operation management system), a sensor, a robot and the like in the operation execution field to be mutually connected through the industrial Internet of Things, therefore, a huge bottleneck that data are difficult to integrate when an enterprise realizes interconnection, intercommunication and interoperation of industrial total elements, a total value chain and a total industry chain is overcome.

The invention belongs to the technical field of computer software and particularly relates to a software window management method. The technical scheme is that a software window product life-cycle management method based on process identification includes that after business software is started, a progress handle is recorded, a handle of a progress main window is obtained with the progress handle serving as the characteristic, the progress quitting time is captured by monitoring the progress handle, and a window is subjected to operations such as activating, maximizing, minimizing and closing through the progress main window handle. According to the software window product life-cycle management method, a controlled window does not need to provides specific window information, codes are not needed to be transplanted into the business software, and therefore the software window product life-cycle management method has better adaptability compared with the prior art.

The invention discloses a flow-based IP address product life-cycle management method. Address planning, address application, address allocation, address recycle and address filing of IP addresses are realized on the basis of an OA system and an EOMS system. The flow-based IP address product life-cycle management method comprises the following specific steps: embedding address planning requirements of the IP addresses in the OA system and the EOMS system, and displaying the plan and use conditions of the IP addresses; applying the IP addresses by applicants according to actual needs and submitting application tables, performing examination and approval on the application information by examination and approval personnel, entering an address allocation flow if the examination and approval are passed, and otherwise, rejecting the application; allocating the IP addresses according to the regions and usage of the application addresses; recycling the IP addresses after the examination and approval are passed if the use periods of the IP addresses are overdue or the IP addresses need to be recycled by reasons, and updating address filing information; and filing the use conditions of the flows of the IP addresses. By adoption of the flow-based IP address product life-cycle management method disclosed by the invention, precise management of the IP addresses is realized.

The invention discloses a system for opening a bank platform. The system comprises an investment financing module which comprises a bank financing product module and a sales-on-behalf product module;the deposit management module is used for purchasing deposit products by a user; the loan management module comprises a loan product, a loan calculator and a my loan module; the electronic wallet module comprises an account opening module, a financial management module, an installment payment module, a card changing module, a cash withdrawal module, a recharging module, a transaction password setting module and a transaction detail query module; the convenience service module is used for payment by the user; the financial product management module is used for providing product life cycle management and processing various scene businesses; the partner service module is used for providing registration authentication and login, automatically completing development before access and applying for an open joint debugging environment; and the cloud service module is used for opening all services of a physical bank and a bank internet platform to the internet. Through the system, fusion of banks and third parties in the aspects of data, algorithms, business processes and the like is realized; risks of commercial banks are reduced, and credit risks of the banks are prevented.

The invention discloses a product life cycle management method based on industrial Internet identifier analysis. The method comprises the following steps: encoding a unique identifier in a product design stage; formulating a purchasing plan, forming a money use plan, submitting the money use plan to the enterprise financial department, sending out a purchasing order and signing a purchasing agreement by the purchasing department; completing the material taking and inspection in the production process according to the requirements of a production plan; transmitting the function and price information of the product to a customer through a unique identifier code, the client getting in contact with an enterprise after knowing the product, signing an order and a technical protocol between the two parties and starting the product sales process; and installing and debugging the product, training the operation process of the customer, and carrying out regular visit and spare part supply on thecustomer. According to the invention, unique code assignment is carried out on the product from different stages such as design, sales and operation and maintenance, information is uploaded, and themanagement of the full life cycle of the product is realized through the existing industrial Internet identifier analysis system.

The invention discloses a product life period managing system which includes: a product life period managing database for storing quality problem report and relative report form in the quality problem solving process; a client computer for entering the product life period managing system, inputting quality problem, quality problem occurring reason, quality problem countermeasure and solving process, and searching corresponding quality information; and a product life period managing server for processing meet quality problem in the product production course, recording quality problem, quality problem generating reason, countermeasure and solving course. The product life period managing server includes a quality problem managing module group, a quality problem searching engine, and a problem inquire and analysis judgement module group. The invention also discloses a product life period managing method.

The invention discloses a PLM (product life-cycle management) database-based multi-spatial data product families mining algorithm. According to the method of the invention, with a product structure tree (PST) or a bill of material (BOM) in a PLM (product life-cycle management) database adopted as a data source, based on the utilization of information comparison of the physical space, logic space and attribute space of product data, analysis and extraction of the product families can be realized. The method is characterized in that: a product main feature vector comparison-based algorithm is utilized; clustering analysis is performed on the output results of the algorithm; and a threshold value is set for a clustering result; and a final product family classification scheme can be obtained. The algorithm of the invention has the advantages of convenience in calculation, high operability and wide application range, and can classify the product families more accurately and rapidly. With the technical schemes of the invention adopted, a more scientific method can be put forward based on a DPIPP. With the algorithm of the invention adopted, cost in the implementation process of MC (mass customization) can be reduced. The algorithm is of great significance for the MC.

A software application providing system and methods for using Web Services to connect an Analysis calculator, a Recommendations engine, Social Networking, and Knowledge Management technologies in a platform for operationalizing sustainability into Product Life Cycle Management (e.g., conception, design, manufacture, service, end-of-life disposition) and Enterprise Resource Planning (ERP) (including enterprise-wide activities of manufacturing, supply change management, financials, human resources, customer relationship management, and external stakeholder engagement). A Web Service Framework integrates Life Cycle Assessment (LCA) software technology with product design, manufacturing, and distribution process design tools. A logic layer can perform sustainability estimates within a Knowledge Management System. A Web Service Framework is utilized for constructing or entering LCA models, methodologies and source data. A social software-based participation environment is integrated with sustainable product design and LCA tools and processes.

The invention provides a remote operation system and a remote operation method. The remote operation system mainly consists of an I / O (Input / Output) module, a management module, a data base module and an operation module, and has the functions of store management, order delivery, changing or refunding process management, financial management, five-dimensional matrix overall process entry query, packing box management, bar code management, price and promotion management, retail management, product life cycle management, customer credit management, channel and member management, instant information communication platform and a short message platform. In addition, the selling and business conditions of all multiple shops and province agencies can be checked, and all kinds of statistical forms, such as province agency stock, multiple shop month operating statistics and the like, can be provided. The system and the method can play an all-around role in a large range, save investment, be convenient to maintain and low in cost, realize real-time information monitoring, generate a data base, realize timely, accurate and scientific statistics and analysis, and be convenient for querying the distribution situations of all places at any time.

The invention discloses a data analysis method for a product life cycle management system, which comprises the following steps of: building a platform domain for storing public model information; dividing the platform domain into different service domains; and setting interdependent relations and conflicting relations between the deferent service domains. The method solves the problem of low efficiency because a product lifecycle management (PLM) system model in related technology is applied facing an overall system and required data classes need to be selected from all system models during configuration.

The invention is directed to a product life cycle management (PLM) system, comprising a database storing objects, preferably 3D objects, and relations between said objects. The PLM system provides a graphical user interface suitable for displaying to a user a graphical representation of a hierarchy of stored objects. The graphical user interface is adapted, upon selection of a displayed object by a user, to display objects related to the selected object. At a given level in the hierarchy, displayed objects are distributed according to a respective weight. The weight of a displayed object depends on the number of its descendants in the hierarchy, which are displayed in said graphical representation. The invention makes it possible to navigate in a database of a PLM system, storing notably complex modeled objects through interrelated data. Thanks to the principle of the weight dependence discussed above, the solution further allows the user to comprehend its progression through the organized data as well as the relations between objects and this, in an easy and intuitive way.

The present application relates to a drawing obtaining method, apparatus, computer device and storage medium. The method comprises the following steps: determining an object to be selected according to the received query information; according to the query information, calling a product life cycle management PLM system to obtain material information of the object to be selected; determining a target object according to the material information; and generating a drawing document according to the target object. Wherein the object to be selected comprises at least one device or component to be selected, and the target object meets production requirements. By adopting the method, the low efficiency caused by repeatedly modifying drawings can be avoided, the drawing efficiency is greatly improved, and the low design efficiency and the error-prone situation caused by manually drawing the sub drawings of the target object one by one by the user are avoided, and the quality of the drawings isimproved.

The invention provides a method for automatically generating packing list on the basis of a PLM (Product Life-cycle Management) system and a SAP (Systems Applications and Products in data processing)system, and aims at the defect of data inaccuracy and non-promptness of the packing list due to a manual operation. The method adopts the following technical schemes that: the method for automaticallygenerating packing list on the basis of the PLM system and the SAP system comprises the following steps that: 1) when research and development personnel carry out product design, according to productconfiguration, determining packing list contents and rules, compiling a packing list rule table by a BOM (Bill of Material) maintenance engineer according to the packing list rule, creating a packinglist rule library in the PLM system to completely and uniformly input the correct rules of the BOM maintenance engineer into a PLM system rule library; and 2) during factory production, feeding backgenerated order form contents to the PLM system by the SAP system, automatically obtaining the maintained packing list rule in the PLM system packing list rule library, and generating the packing listcontents required in the order form configuration for production and printing. By use of the method, the packing list can be quickly and accurately automatically generated, and the uncertainty of a manual operation is avoided.

The invention discloses a method and a system of product life-cycle management of module-level parts of ATP (Automatic Train Protection System) vehicle equipment. The method comprises the following steps: a basic system is capable of managing ATP vehicle equipment parts information and maintaining basic record information of the parts; a subordinate system is capable of searching, summarizing and counting the ATP vehicle equipment parts information managed by the basic system under the administration of the subordinate system, and carrying out real-time monitoring and pre-warning on the service life and the stock of the parts; a superior system is capable of searching, summarizing and counting the ATP vehicle equipment parts information managed by the subordinate system under the administration of the superior system, and carrying out real-time monitoring and pre-warning on the service life and the stock of the parts. Through adopting the method and the system which are disclosed by the invention, errors of data and information errors caused by the manual entry can be reduced, and the timeliness of maintenance and application of the ATP vehicle equipment can be improved.

The invention provides a price display system with a checking function. The system comprises a label device, reading-writing equipment, a server and a control platform; a power supply module in the label device is connected with a display module and a communication module; the label module is connected with a commodity; an identification module provided with label identification information is incommunication connection with the reading-writing equipment; the server recognizes the identification module via the reading-writing equipment to acquire commodity warehousing information; the communication module is in communication connection with the server; the server issues commodity price information to the corresponding identification device according to binding information of a commodity bar code and the label identification information; the label device reports online information to the server in real time; the display modules displays the commodity price information; the server is connected with the control console; and the control platforms checks the commodity in real time. The invention relates to a control method of the system, electronic equipment and a readable storage medium, used for executing the abovementioned method. According to the system provided by the invention, product life-cycle management tracking on delivery from a warehouse, warehousing, price issuing, real-time checking and selling is achieved.

The invention discloses an instrument product life cycle management method and system based on identification analysis. The method comprises the following steps: continuously capturing identification data from existing instrument industry products in real time according to an industrial internet; according to the identification data, analyzing defects and problems existing in existing instrument industry products; according to the defect problem, obtaining product design research and development and improvement information; in the product manufacturing and assembling process, collecting management and control information and quality detection information in the production process, and forming a product assembling list; under the identification analysis system, tracking the use of the product in the whole life cycle; obtaining after-sales support and operation and maintenance traceability data of the product; when the product is eliminated or recycled, identifying and tracking product scrapping and processing tracing information. According to the method, in combination with industrial internet identification analysis, information of each link of the product can be accurately and efficiently traced by utilizing the unique code identification of the instrument product; data integration can be effectively performed by using the identifier; supply chain optimization and other intelligent applications are realized.

The invention discloses an aviation product digital twin geometric model quality management and control method based on door closing, and the method comprises the steps: setting one or more of a standard door closing, a grid door closing, an input door closing, an output door closing, a processing door closing, and a characteristic door closing in a product life cycle management system in advance; inputting part attribute parameters of the established aviation product digital twin geometric model into the product life cycle management system, and calling evaluation services of one or more doors; and calling a door closing conformity calculation service, and issuing a freezing technical state after the technical state auditing is completed. According to the method, the model quality inspection items are parameterized and preset in the quality gate closing rule through the threshold value parameter range, research and development problems caused by the model quality are judged in an aviation product digital twin geometric model design process in an auxiliary or automatic mode through the quality gate closing, the aviation product design iteration time is greatly shortened, and the research and development efficiency is improved.

The invention provides a price checking method, a price checking management system and a storage medium, and the method comprises the steps: directly obtaining a price checking material in a product life cycle management system, calling a historical price, or carrying out the price checking of the price checking material according to a price checking rule, screening out the re-checking parts needing to be re-checked through configuring a re-checking logic, and carrying out the re-checking of the re-checking parts. According to the method, price checking is carried out, finally, the price checking result is directly uploaded to the supplier management system, the price checking result is controllable, efficiency is high, consumed time is short, the accuracy of the price checking result is improved, and the purchasing efficiency is greatly improved.