71 results about "Process flow diagram" patented technology

A apparatus implemented using a programmable computer that automatically generates the rules required by a software rules engine as a process flow diagram is designed. The apparatus includes a developer interface; an editing interface, and a rules generator. A developer interface enables the user to define functions and variables together with their properties from the business application. An editing interface allows the user to define the logical rules the business would follow in performing the business application by constructing a process flow diagram and associated tables using the functions and variables defined in the developer interface. The rules generator then automatically parses the flow diagrams and tables defined by the business user and, using the functions and variables defined in the developer interface, generates rules for a rules engine. The rules can then be deployed to a controller that implements the process automatically based on the input rules.

According to one embodiment, a method for implementing an identity management system for an organization includes developing a process flow diagram, the process flow diagram including one or more icons representing at least one process step for each of the events included in an event group and one or more icons representing at least one process step for each of the functional entities in an entity group, and implementing at least one of the process steps represented in the process flow diagram. The event group includes a status change for a system user, a request for an audit report, and an implementation of a new software application. The entity group includes a human resources department, an information technologies department, and a facilities department.

The invention relates to a high purity recycling and energy integration technology for different concentrations of dichloromethane wastewater. The process flow diagram is shown in the figure 1. The technology is as follows: different concentrations of dichloromethane wastewater performs rectification three times, water is removed from the three fractions and dichloromethane of which purity is 99.95% can be obtained finally. In the technological process, the waste heat of the discharged material in the tank bottom can be fully utilized to preheat the material to be distilled, thus the energy can be fully utilized. The technology can be suitable for all the occasions of the high purity recycling of dichloromethane wastewater.

The invention discloses a travelling crane pre-judging, scheduling and controlling method for an electroplating production line. The method comprises the steps that a process flow diagram is compiled according to each process requirement; a unique procedure code is distributed to each procedure according to the process flow diagram; a complete control sequence of each process product is calculated and generated; whether each process product conflicts with an on-line product during on-line production or not is judged; products capable of being subjected to an on-line production process are locked, the complete control sequences of the products are updated to an execution area, and the transporting task of the takt is executed according to the control sequences; scheduling and transporting of the takt are executed, meanwhile, the production task of the next takt is prepared, and transporting of the next takt is directly started after the scheduling and transporting task of the takt is executed; and a travelling crane executes carrying tasks according to the process paths and process time of all the products, and the products are carried to procedures specified by the control sequences to complete the transporting task of the takt. According to the method, multiple process products can be produced in a mixed manner at the same time, the production efficiency is improved, and the product quality is guaranteed.

The present invention discloses a method for product quality advanced planning of an automobile industry. An automobile industry product quality advanced planning published by AIAG such as feasibilityanalysis, project teams, project schedule plans, DFMEA, process flow diagrams, characteristic matrix diagrams, PFMEA, CP, MSA, SPC and the like in an APQP reference manual is associated when a new project is developed and changed. The method for product quality advanced planning of an automobile industry determines product features aiming at products and develop APQP basic information according to the product features, the APQP basic information is employed to realize automatic generation of related files such as feasibility analysis, DFMEA, process flow diagrams, characteristic matrix diagrams PFMEA, CP, MSA analysis plans, SPC research plans, operation instructions and the like so as to prompt enterprises to really and solidly perform requirement identification and analysis in the product quality advanced planning and improve an enterprise quality management level.

A system and method for associating a technical artifact and one or more business terms with one or more portions of a process flow diagram by extracting a plurality of technical artifacts from a computing system having a plurality of software applications, providing a process flow diagram having a plurality of nodes and a plurality of edges, associating one or more of the plurality of technical artifacts with one or more of the plurality of nodes of the process flow diagram, displaying the process flow diagram, and when the node is actuated, displaying the associated technical artifact.

The invention discloses a building construction quality control method based on BIM and VR technologies. The method comprises the following steps: creating a node deepening graph of each professionalvirtual process sample plate; Creating a visual process sample plate based on the BIM technology; Based on the BIM technology, marking the detail component, the material, the quality acceptance standard diagram and the construction process flow diagram in the virtual process sample plate, and rendering and creating a 4K-level process node diagram; Creating a virtual process sample plate three-dimensional panorama by using a VR technology; Compiling detail node introduction and description audio files in the virtual process template; Uploading the BIM + VR virtual process template drawing and the audio file to a VR-level cloud management platform; Adding a virtual process template construction process introduction audio file into the VR-level cloud management platform; The application of the BIM technology and the VR technology in the virtual process sample plate is realized, the land-saving, material-saving and energy-saving green construction management concept is realized, and the economic benefit and the social benefit are very high.

The invention provides a knowledge-based assembly process design method and system and a storage medium. The knowledge-based assembly process design method comprises the following steps: a process knowledge modeling step: constructing an assembly process knowledge model; a process knowledge base building step: building an assembly process knowledge base; a process flow defining step: defining an assembly process flow to obtain an assembly process flow diagram; a process knowledge screening step: screening the assembly process knowledge to obtain an optimal process instance; an assembly processstructuralization step: generating a structuralized assembly process according to the optimal process instance; and a normativity examination step: automatically examining the normativity of the assembly process. Expression, association and storage of a large amount of complex heterogeneous process knowledge are realized, a unified spacecraft assembly process knowledge base is constructed, and knowledge-based rapid process design is supported. Knowledge-based and intelligent assembly process design based on the process flow and knowledge is realized, so that the process design efficiency is greatly improved. The design quality of the process file is effectively ensured.

The invention discloses a configuration design method of a supporting plate nut production line. The aim of automation of a supporting plate nut production line is achieved. By arranging related application requirements, based on the configuration program, a production process flow chart is designed and displayed for monitoring the state of each station device, automatically alarming and the like,data and reports can be inquired according to time, historical trend chart display of important parameters is supported, numerical values and chart display of important indexes are provided, and finally the data are stored in a designated MySQL database to provide a basis for assistant decision making of managers. Meanwhile, corresponding authority management is set; Development and use personnelare distinguished, a configuration system oriented to a supporting plate nut production line is formed, pictures are clear and interactive, use by users is facilitated, unified storage of equipment-related data and personnel data is achieved, an autonomous alarm function and self-diagnosis of faults are provided, and the users can find equipment abnormity in time and conduct corresponding processing conveniently.

A presumptive mode computer aided design and drafting system for interactively manipulating and displaying graphic objects that employ predefined rules to govern the geometric layout and logical relationships representing a physical design, schematic or process flow diagram. The system is configured to comply with the rules employed by various design disciplines. Specific interactive computer graphics behavior is dynamically accessed to interactively update graphic object relationships according to rules of geometric conduct. The rules of geometric conduct may be stored in external databases along with parameters to verify the logical relationships of the graphic objects used in the drawing. Object orientation is employed in the software design of the system to allow new devcies or procedures to adopt the behavior of existing definitions. In the preferred embodiment, a selected object floats with a cursor in a graphic environment until located in proximity with underlying graphic objects. The selected object then aligns, jumps and clings to the underlying graphic object or objects according to predetermined rules. For example, the object is automatically rotated, orientated and positioned relative to a cling point into a correct relationship with the underlying object without further input by the operator. Further, the selected object slides along the underlying graphic object maintaining the correct geometric relationship while the operator moves the cursor in proximity with the underlying graphic. The operator either accepts the presumed relationship or moves the cursor away to uncling the selected object.

A system and method for associating a technical artifact and one or more business rules with one or more portions of a process flow diagram by extracting a plurality of technical artifacts from a computing system having a plurality of software applications, providing a process flow diagram having a plurality of nodes and a plurality of edges, associating one or more of the plurality of technical artifacts with one or more of the plurality of nodes of the process flow diagram, displaying the process flow diagram, and when the node is actuated, displaying the associated technical artifact.

The invention discloses a three-dimensional in-station pipe network and device information three-dimensional display method for a unite station. The method comprises the steps of performing data acquisition and arrangement on the unite station once, enabling outdoor workers to carry a professional camera and a three-dimensional laser scanning device, performing non-contact scanning measurement and shooting on supported pipelines of the unite station under the cooperation of oil field unity station technicists, and making sure underground pipeline directions by utilizing pipeline marks and a process flow diagram and querying an oil field worker; performing supported pipeline modeling according to scanned point cloud by utilizing 3D MAX software, and then importing a pipeline model into unity 3D to realize pipeline information display; and finally publishing the unity 3D on a webpage to realize online access. The method has the beneficial effects that three-dimensional in-station pipeline and device three-dimensional display of the unite station is realized through a Unity 3D engine, database access is realized through mouse click event triggering, and pipeline information is displayed on a screen, so that the difficult problem in device information display in the past is solved.

The invention discloses a method and a device for generating a process flow diagram. The method comprises the following steps: obtaining a process structure tree, wherein, the process structure tree comprises each device in the process and a connection relationship among the devices; according to the process structure tree, determining the distribution position of each device in the process on theinterface. According to the distribution position of each device in the process interface and the connection relationship between each device contained in the process structure tree, the process flowchart of the process is generated on the interface. The invention can automatically generate a process flow diagram according to the process structure tree, thereby improving the drawing efficiency of the process flow diagram and the accuracy of the drawing result.

The invention discloses a mobile APP collaborative office system, which comprises a mobile terminal office system and a remote collaborative office platform system. The mobile terminal office system is connected with the remote collaborative office platform system. A mobile terminal office system comprises a mobile approval component module, It is used to query all the functions of to-do, done, finished, cc, approval process, initiating process, forwarding process, viewing process flow log and process flow diagram at any time. The mobile approval component module uses fragmentation time to complete important process approval, and the data of process is synchronized with the web end The invention improves the efficiency of the enterprise mobile office and reduces the management cost of theenterprise mobile office.

The invention provides an online configuration method for gas station SCADA system process flow diagrams. The method comprises the following steps: S1, drawing process flow diagram templates for various station types, and initializing the templates in a company level data storage server; S2, during station level process flow diagram configurations, according to a corresponding template file acquired by each gas station type, carrying out S3 when the actual process flow of each station is identical to the corresponding template, and carrying out S4 when the actual process flow of each station is different from the corresponding template; S3, saving the acquired corresponding template file in a station level data storage server to complete station level configurations; and S4, carrying out operations on the corresponding process flow diagram template file according to the actual situations of each gas station to complete the station level configurations, saving each updated process flow diagram in the station level data storage server of the corresponding station, uploading each updated process flow diagram in a real time manner to the company level data storage server for storage through the WCF/TCP communication mode, and releasing received data on the Ethernet through the WEB page mode. The method provided by the invention can greatly reduce the workload and cost.

A system and method for associating a technical artifact with one or more portions of a process flow diagram by extracting a plurality of technical artifacts from a computing system having a plurality of software applications, providing a process flow diagram having a plurality of nodes and a plurality of edges, associating one or more of the plurality of technical artifacts with one or more of the plurality of nodes of the process flow diagram, displaying the process flow diagram, and when the node is actuated, displaying the associated technical artifact.

The convenience of reusing software generated by a visual programming tool is further improved. A code management system includes a flow generation unit that creates a process flow based on user manipulation and generates code based on the created process flow, a flow management unit that saves the code generated by the flow generation unit, a code acquisition unit that acquires code in response to the code being saved in the flow management unit, a code conversion unit that converts the code acquired by the code acquisition unit to a process flow diagram, a flow image generation unit that generates a flow image of the process flow diagram converted by the code conversion unit, and a flow image registration unit that registers the flow image generated by the flow image generation unit in the flow management unit in association with the code prior to conversion to the process flow diagram by the code conversion unit.

The invention relates to a method for identifying and outputting a pipeline number from an AutoCAD format process flow diagram, in particular to a process pipeline table compiling part in medical engineering design, and realizes AutoCAD secondary development and a DLL program through VB.Net. The method comprises the implementation steps: opening AutoCAD, loading the DLL program, reading in processflow diagram file data, newly establishing a diagram layer, drawing a diagram frame rectangular frame, selecting a rectangular frame diagram layer, selecting all drawings needing to be processed, obtaining block table records, filtering layers, obtaining a rectangular frame object set and corner coordinates, traversing all rectangular frames, obtaining a single-row character object set in the corner coordinates of the rectangular frames, traversing all single-row character objects, judging whether a single-row character text is a pipeline number or not, storing the single-row character text in a data list, output the data list to an Excel file, and saving the Excel file. The method is rapid, efficient, convenient to use, high in accuracy and good in reliability, the automation degree andaccuracy of process professional work are improved, and the timeliness of process professional pipeline table compiling work is guaranteed.

The invention discloses a full-automatic glue making system for improving corrugated board glue making performance and resource recovery. The system mainly comprises two aspects, namely a full-automatic corrugated board glue making system and a resource recovery-based corrugated board glue making recycle process (a domestic wastewater recovery process flow diagram is shown as figure 1). The full-automatic corrugated board glue making system mainly comprises software and hardware equipment of the glue making system, and matched large and small cycle control systems; by high process control over pasting temperature, viscosity, solid content and glue temperature, unstable glue quality caused by human factors is radically avoided, the high quality of products is ensured, and high efficiency and low consumption in the production process are ensured. The resource recovery-based corrugated board glue making recycle process mainly comprises steps of using the treated domestic wastewater as production water for the automatic glue making process and treating and recycling glue making wastewater. By the two aspects, water for the whole production system is organically cycled, so that cyclic production is realized, water resources are recycled, the full-automatic glue making system accords with low-carbon production and environmental protection concepts supported by China, and a green idea is combined into the glue making system.

The invention provides a mind map-based process flow display method, electronic equipment and a storage medium. The method comprises the steps: drawing up a plurality of production technologies according to the features of a to-be-produced product; according to the production sequence of each production process, sequentially arranging the process steps from left to right in an inverted sequence mode, and forming a plurality of process nodes; connecting two adjacent process nodes in series to form a plurality of production process flow diagrams; taking a to-be-produced product as a root node, and connecting a plurality of production process flow diagrams in parallel to form a process flow mind map. According to the method, process nodes of the same level are connected in series to form a process flow diagram, and a plurality of process flow diagrams are associated to the same root node in a parallel connection mode to form a clear and complete process flow mind map.