118 results about "Design management" patented technology

A system and method for creating an integrated digital media management and reproduction device comprised of a database with key data values for a plurality of records, and a module with search controls that include sets of compound parallel attribute queries that can execute instructions for a data category, and concurrently retrieve and display records across a plurality of related categories—thereby revealing the associations between discrete records. The invention also has a plurality of software instantiated media players which, through instructions managed by a “master container” design, function as if they were dynamically aware of user actions and the quantifiable states of each other player object—and respond according to logic rules, visually guiding event workflow. The system has a memory module for storing query information, a processor configured to retrieve data, a display unit for retrieved data and a digital-to-analog converter for providing capability for connection to loudspeakers.

The invention discloses a green assembly type digital construction platform and a working method thereof and belong to the assembly building field. The platform includes a construction project management module, a BIM module, a design management module, a procurement management module and a construction management module; the information data of each module are stored in an BIM (digital information model); and with the digital information model adopted as the basis of each construction project, relevant work is carried out, information can be updated in real time, and information sharing can be realized. According to the green assembly type digital construction platform of the invention, construction projects are planed and designed in a unified manner; building components and general equipment materials manufactured in factories are transported to construction sites on time according to constructional engineering requirements; and the whole process of the construction of more than a dozen of construction sites can be simultaneously monitored, controlled and managed remotely; and modular design, industrial production, assembly-based construction, and intelligent management are completely realized.

The invention provides a novel home decoration supervision process management method and system applied to a mobile terminal and a background server system. According to the novel home decoration supervision process management method and system, an owner demand management module, a design management module, a construction management module, a supervision management module and a background management module are included; the owner demand management module is used for raising a home decoration demand and feeding back home decoration process result information; the design management module is used for customizing design based on the demand of an owner and monitoring the degree of matching between the process and the design; the construction management module is used for supervising and controlling whether the construction process conforms to standard specifications; the supervision management module is used for supervising whether a construction result conforms to standard demands and assessing the construction result to decide passing or rectification; the background management module is used for performing management, statistics and analysis on data information generated in the process. By establishing the executable process management system, home decoration process management quality and construction efficiency are greatly improved, the rework rate of construction is greatly lowered, and therefore profits in the whole home decoration industry are increased.

A system for management of an integrated communications provider comprising a means of automatically retrieving customer service records and preparing sales proposals therefrom. The invention further comprises components for pre-ordering management functions, circuit management, design management, service management, and gateway to incumbent local exchange carriers and trading partners. The system incorporates features that automate comparisons between existing services and proposal services, alarming of failures of confirmations, optimizing on-net and off-net services, creation of cutover reports and issuance of service requests to local exchange carriers and trading partners.

A drawing edit management unit of a design management server manages an E-BOM created from a CAD design drawing by storing the E-BOM in a E-BOM database, and notifies a manufacturing management server of design completion. A design change display processing unit causes design change permitted ranges and forbidden ranges to be displayed, upon design change, in accordance with design change verification information of a design change verification database. A parts order management unit of the manufacturing management server requests confirmation when receiving the design completion notice, and manages a M-BOM, to which preparation information including order instructions and manufacturing instructions of a part is added and which has been created from the E-BOM after confirmation, by storing the M-BOM in a M-BOM database. A design change verification processing unit manages design change verification information created from the preparation information of the M-BOM by storing the design change verification information in a design verification database.

The invention discloses a civil aviation professional engineering general contract project management system based on a BIM technology, and belongs to the technical field of civil aviation professional engineering informatization. The system comprises a design management module used for realizing online sharing, online multi-party review and argumentation of achievements in a design stage, and online filing and trace leaving of design files in each stage; a progress management module used for visually displaying a progress state, a progress output value completion condition and progress information of a construction part; a risk control module used for embedding the list identification risk level of the airport engineering and the key process control content of the risk point into a platform, and integrating risk prevention and control into daily management; a remote monitoring module used for carrying out safety monitoring and video monitoring on the construction site; and an event management module used for managing and controlling problems of field quality, civilized construction and design coordination. According to the method, lightweight and standardized rapid modeling of theBIM technology and deep fusion of the pre-project management logic can be realized, and the airport construction efficiency can be effectively improved.

A WBS design managing means in project management, comprising: a WBS tree-like architecture designing means for implementing graphical tree-like design of the work items included in a project and their relations, and mapping them into an enhanced WBS data structure; a WBS attribute editing means for defining and editing attributes of work items at each node of the tree-like architecture; and a WBS data managing means for storing and managing data constructed in accordance with said enhanced WBS data structure. The WBS design managing means may connect to a converter for converting said constructed data into the format required by a project management tool so as to input said structured data to the project management tool. Besides, there is provided an enhanced WBS design tool. The present invention makes the system design tool and project management tool be integrated, so that the system architect and the project management personal have more fluent channel for information exchange under the support of the present invention's tool, improving efficiency and accuracy of project management.

The invention discloses a project management method, device and system, which is applied to a mobile terminal in a project progress management system under an engineering management mode EPC. The project progress management system comprises a server and at least one mobile terminal. The mobile terminal is wirelessly connected with the server. The mobile terminal is used for inputting design management information, construction management information and material management information, so as to realize online management. A series of shortcomings of serious paper waste, low management efficiency, management information access lag and the like of old methods, which are caused by the behindhand offline management method of paper report management of project management methods, are ended. The progress can be well reflected to management staff in real time. Fine and multi-dimensional project progress management is realized.

The present invention discloses a BIM-based engineering design and management system. The system comprises a data acquisition module, a data processing module, a central processing unit, a front-end intelligent device and a background database automatic updating module. The front-end intelligent device comprises a BIM building information model module, an engineering design management module, a project log information management module, a schedule management module and a three-dimensional effect generation module. The beneficial effects of the system disclosed by the present invention are that: the rationality of the design scheme is improved, and the construction rework caused by the design change is reduced, so that the engineering cost is saved; and in addition, there is no need for theon-site management personnel to carry a lot of drawings and other materials, so that the progress for processing on-site problems can be effectively tracked, and the project constructability can be intuitively understood.

The invention discloses a building design management system based on BIM and VR and a management method thereof. The design effect of a designed BIM model is presented on a client in the form of virtual reality. If a customer needs to modify the design, satisfactory parts are directly selected in a replacement part library to perform replacement modification of the original design, without the need of providing modification suggestions by way of human description, thereby reducing the trouble of design delay which may be caused due to ineffective communication. The modification intention of the customer is finally returned to designers in the form of modified visualization lightweight data corresponding to the model. The designers can visually understand the modification intention of the customer, modify the BIM model which is originally stored in a BIM central server according to the modification suggestions, and finally return the modified BIM model to the BIM central server to update the original BIM model. In this way, the way of oral communication between professionals and non-professionals is changed and interactive presentation of the communication intentions is conducted in a manner of visualization, thereby improving the communication efficiency and accuracy.

Design Data Management uses one copy of common data sets along with a plurality of instances, while continuing to utilize the existing design databases and existing CAD tools. Allowing a minimum amount of user intervention to create and maintain the common data set, Design Data Management employs replicating common data sets into one or more clone data sets. The method preferred provides for replicating and synchronizing one or more data sets with a master data set, comprises providing data design management of a master data set and at least one clone data set, and copying a master physical design data set into one or more physical instances to enable customization of said one or more physical instances. The master data set describes at least one of: a design component, a circuit macro, and a circuit entity, and comprises logical data sets, and it comprise physical design data sets. This permits all existing verification processes that are normally executed against the common data set to also be equally applied to the clones of said data set by way of automatic synchronization between of the common dataset and the clones.

An object management system, an aircraft design system, and a method for managing an object. A three-dimensional environment with a model of an object and an avatar representing a human operator from a viewpoint relative to the avatar is displayed on a display system. A motion of the human operator is detected. An interaction between the avatar and the model of the object is identified in real time using information about motions of the human operator that are detected in real time. The interaction changes a group of dimensions in the model of the object. Further, the interaction between the avatar and the model of the object in the three-dimensional environment is displayed on the display system, enabling design changes in the model of the object made by the human operator.

The present invention discloses an engineering design management system of sheet-metal workpiece. Said system includes the following components: a standard parameter data base, an engineering design management data base, an access server, at least and user terminal computer and a network for connecting the above-mentioned access server with user terminal computer. Said invention also provides the operation method and steps of said system and its technological process.

In designing the connection correspondence of the control switches to the loads, the control-specification design management system used for the load control devices refers to the connection correspondence stored in the look-up table or a slip file prepared in the preceding design, and presents to a designer candidates for the loads that can be controlled when these are connected to the control switches. While seeing the candidates, the designer selects the most suitable one from among those presented candidates. He designs control-specification information and prints out the contents of the slip file.

The invention provides a coal mine working face coal seam GIM digital model creation method based on BIM. The method includes: processing the field drilling actual measurement data; using a BIM modeling tool to edit three-dimensional geometric figure algorithm, creating a coal seam GIM digital model. The coal seam occurrence condition of the to-be-mined working face is accurately reflected; the technical defects of the existing two-dimensional CAD drawing technology are overcome; the problem that the coal seam occurrence condition cannot be visually and accurately checked before the coal mine is stoped on the working face is solved; the accuracy of coal mine production design management personnel for mastering the coal seam occurrence condition of the working face is improved, the coal yield of the working face is controlled more accurately, follow-up stoping work is guided to be carried out smoothly, and prevention and prejudgment on the disaster condition are achieved in advance.

The invention provides an asset two-dimensional code identification application method. According to the method, the premise is to establish an asset and equipment management center device and then establish and complete coding work of asset two-dimensional codes. The method specifically includes the operation steps that an asset and equipment management center device manager designs management and use permissions including establishment, modification, adding and deletion of asset forms (cards); a leader in charge can look up various types of information at any time and issue an instruction by using the device; the asset manager manually or automatically inputs asset information one by one, the asset and equipment management center device can be used by being networked through a working computer of a supervisor, and what is only needed is to program software. Meanwhile, a device structure is provided for application of two-dimensional code identifications for assets. The method and the device structure have the advantages that intelligent scientific management of assets of enterprises is achieved, the two-dimensional code identifications on the assets can be scanned through a tool, it only takes a few seconds to complete routing inspection of one asset, the statistics rate of the assets can reach 100%, and modernized intelligent management of the assets is achieved.

Design Data Management uses one copy of common data sets along with a plurality of instances, while continuing to utilize the existing design databases and existing CAD tools. Allowing a minimum amount of user intervention to create and maintain the common data set, Design Data Management employs replicating common data sets into one or more clone data sets. The method preferred provides for replicating and synchronizing one or more data sets with a master data set, comprises providing data design management of a master data set and at least one clone data set, and copying a master physical design data set into one or more physical instances to enable customization of said one or more physical instances. The master data set describes at least one of: a design component, a circuit macro, and a circuit entity, and comprises logical data sets, and it comprise physical design data sets. This permits all existing verification processes that are normally executed against the common data set to also be equally applied to the clones of said data set by way of automatic synchronization between of the common dataset and the clones.

The invention discloses an automatic examination method for city design implementation control. The method comprises the following specific steps: An urban design digital management and control element system is constructed; the control object is converted into a point; the line, plane and body can identify the managed informationized language; the city design compilation result is guided into thecity design management and control element database in a standardized manner; As a basis for designing and reviewing a construction project scheme, when three-dimensional construction project designscheme review is carried out, whether the design scheme meets urban design management and control requirements or not is automatically reviewed through three-dimensional superposition analysis and model collision analysis, and automatic early warning prompt can be given when problems are found. According to the method, automatic management and control over the whole process from macroscopic designto microscopic design, from compilation management, land management to building scheme examination and approval are achieved, urban development and construction are effectively guided, and effectiveimplementation of urban design intentions is achieved.

The invention provides a project integrated management system, characterized by comprising a design management system and a project management system, wherein the design management system and the project management system both comprise an operation management module, a contract management module, and a project plan management module; and the information of the three modules between the two interacts. The system reduces the problems of repeated entry and error.

The invention discloses a construction engineering management information service system. The system comprises a camera monitoring unit, a data acquisition unit, a data processing unit, a central processor, an on-site personnel database, a human resource management server, a user management database, a plurality of clients, a concurrency control access module, a construction engineering information model module, an engineering design management unit and an engineering database. An input terminal of the data processing unit is connected to the camera monitoring unit and the data acquisition unit. An output terminal of the data processing unit is connected to the central processor. The central processor is connected to the on-site personnel database, the construction engineering informationmodel module, an engineering equipment RFID recognizer and an on-site personnel RFID recognizer respectively. The clients are connected to the construction engineering information model module throughthe concurrency control access module. In the invention, electronic data acquisition and real-time processing are realized, convenience is brought for engineering monitoring and management and usagesafety of construction engineering information is ensured.

The invention provides a quota design management method and a project investment service platform for cost accounting. By building a data base in advance, project module information of each project module in building projects is stored in the data base, namely designing scheme data, construction scheme data, device installing scheme data (namely quantity) and cost scheme data (namely price). Corresponding project service information is matched automatically from the data base according to building project condition information input by a user, and cost accounting is conducted by combining cloud computing according to the matched project service information. By separating the invariable quantity and the variable price in advance, then the invariable quantity is used as a computing main body and can be used repeatedly, and a controlling time quantum is advanced. Cost is effectively managed, a quota designing target is achieved, meanwhile working efficiency is improved, and cost calculating and statistic accuracy are improved.

The invention provides an automatic service design management system for business personnel to develop, use and maintain a program module which meets the needs of their own business by themselves. The automatic service design management system includes a server and a client. The server includes a server-side program and a database. A client program collects business design information of a user by a design tool and submits the information to the server. The server-side program is used for receiving the business design information of the user, conducting design processing, andproviding data information or business processing result related to the business according to application demands of business of the client. The client program displays a corresponding business interface according to business data and interface information sent back by the server-side program. The automatic service design management system is applicable to development of all software using the relational database, and guides the business personnel to quickly accomplish business development and immediately adopt business development to carry out production; the business can be reused and modified at any time according to requirements, and the cost of business development and maintenance are greatly reduced.

The invention discloses a power supply design management and abnormal power failure processing method for a wireless sensor network gateway. When gateway equipment is under the condition that a common power supply is powered off, the ordered operation of a network system is implemented by starting a standby power supply and notifying a bottom node power failure information. The power supply design management and abnormal power failure processing method comprises the following specific implementing steps: 1, constructing the network system consisting of the gateway with the standby power supply and nodes; 2, by ensuring the gateway equivalent to an equivalent resistance changed with a voltage, reasonably designing the capacity of a super capacitor so as to implement the design of the standby power supply; and 3, when the common power supply in the gateway is powered off, providing the wireless sensor network gateway power failure abnormity processing method so as to implement the low power consumption operation of the network system.

The invention relates to mechanical design, management, assembly and final encasement systems, in particular to a product data management (PDM) design system capable of comprehensively managing design. The PDM design system comprises a PDM image-text document management module, an FC and FD template design formation module and a bill of material (BOM) design management statistic module, wherein the PDM image-text document management module, the FC and FD template design formation module and the BOM design management statistic module are associated with each other. The PDM image-text document management module comprises a design management module, a part standardization module, a technology standardization module and a filing management module, wherein the design management module, the part standardization module, the technology standardization module and the filing management module call each other. The FC and FD template design formation module lists output parameters, adds functional relationship, variable series and corresponding relations, wherein the functional relationship, the variable series and the corresponding relations are based on the parameters, gives a program a language, and presents output attributes in a BOM. The principle of mechanical designing is followed. According to selection, utilization and statistics which meet materials, professional customization suitable for various projects with the same product structure is achieved. According to combination of products, structural styles of parts are shown, the requirements for enterprise resource planning (ERP) output project materials are combined, and therefore comprehensive management for the design is carried out.

A WBS design managing means in project management, comprising: a WBS tree-like architecture designing means for implementing graphical tree-like design of the work items included in a project and their relations, and mapping them into an enhanced WBS data structure; a WBS attribute editing means for defining and editing attributes of work items at each node of the tree-like architecture; and a WBS data managing means for storing and managing data constructed in accordance with said enhanced WBS data structure. The WBS design managing means may connect to a converter for converting said constructed data into the format required by a project management tool so as to input said structured data to the project management tool. Besides, there is provided an enhanced WBS design tool. The present invention makes the system design tool and project management tool be integrated, so that the system architect and the project management personal have more fluent channel for information exchange under the support of the present invention's tool, improving efficiency and accuracy of project management.

The invention relates to a teaching simulated practical training system based on a cloud platform. The system comprises functional subsystems including a system interface display subsystem, an experiment teaching management subsystem, a financial management integrated practice and practical training subsystem, an open experiment curriculum subsystem and a graduation design management subsystem; the system interface display subsystem displays different operation interfaces according to different identities, users including students, teachers, a teaching and research office and a teacher manager can click the system interface display subsystem, and different subsystems are entered according to clicking by the users; the experiment teaching management subsystem receives and executes operations about curriculum information, score information and experiment reports by the teacher manager, teachers and students; and the financial management integrated practice and practical training subsystem displays teaching software of a financial, accountant and management learning platform, a practical operation platform, an integrated platform, a development platform and a business-starting platform in the table form in the intranet, enters corresponding teaching, practical and practical training, and provides introduction of experiment curricula.

The invention relates to a digital design method of an extra-high voltage transmission line and belongs to the extra-high voltage transmission technical field. The digital design method of the extra-high voltage transmission line includes the following steps that: professions are included into a unified design management platform; relevant multi-element geographic information data are prepared; the professions cooperate with each other to perform line selection on the basis of a multi-element geographic information system; the professions perform collaborative design so as to build a multi-dimensional information model and establish related models of a target transmission line on the basis of library information; and a unified coding standard system is embodied in various result data designed by each profession and corresponding various process data. With the digital design method of the extra-high voltage transmission line of the invention adopted, islands of design information between the professions can be connected, and design quality and design efficiency can be improved.