Virtual Learning Factory Toolkit
  • Virtual Learning Factory Toolkit
  • VLF Knowledge Base
    • Factory Data Model
      • OWL Classes
      • SPARQL Queries
      • SPARQL Updates
    • Instantiation of Factory Models
      • Assets
        • Assets in Spreadsheet
        • Assets in JSON
        • Assets in Ontology
      • 3D Models of Assets
        • 3D Models for Virtual Reality
      • Statechart
      • Animations
      • Data Repositories
        • Local Repository
        • Remote Repository
  • VLF Tools and Libraries
    • OntoGui
      • Modules
        • Control Panel
        • Individual Manager
        • System Design
        • Utilities
      • Personalization
    • OntoGuiWeb
      • Modules
        • Control Panel
        • SPARQL
        • Graphs OWL
        • Utilities
        • Asset Design
        • System Design
        • System Control
        • Performance Evaluation
        • MQTT Sync
        • Virtual Environment
        • Graphs Eng
        • StateChart
      • Personalization
    • jsimIO
      • How to start
      • JMT Overview
        • JSim
          • Model generation
          • Launch of the simulation
          • Reporting
        • Bibliography
    • VEB.js
      • Functionalities
      • Input/Output files
      • Integration with other software tools
      • Advanced Users
    • ApertusVR
    • MTM
      • How to start
      • Formalise the process
      • Prepare input data
      • Execution and results
    • MOST
      • How to start
      • Formalise the process
      • Prepare input data
      • Execution and results
    • RULA
      • How to start
      • Formalise the process
      • Prepare input data
      • Execution and results
    • OCRA
      • How to start
      • Prepare input data
      • Execution and results
  • Use Cases
    • Automated Assembly Line
    • Assets and Animations
    • Modelling of Factory Assets
      • Modelling of an Assembled Product
      • Modelling of a Workstation
      • 3D Modelling of a Workstation for Virtual Reality
    • Process Modelling
      • Modelling an Assembly Process
    • Modelling of a manufacturing system
      • Modelling in OntoGui
      • Modelling a Job Shop using OntoGui
      • Modelling of a Flow Shop using OntoGui
      • Modelling a Hybrid Flow Shop using OntoGui
      • Modelling an assembly system using OntoGui
    • Performance evaluation using jsimIO
      • Performance evaluation of a manufacturing system
        • Performance evaluation in Jsim
        • Performance evaluation of a Flow Shop using Jsim
        • Performance Evaluation of a Job Shop using JSim
        • Performance evaluation of a Hybrid Flow Shop using Jsim
        • Performance evaluation of an assembly system using Jsim
      • jsimIO Assembly
      • jsimIO Automatic
      • jsimIO Production
  • Classworks
  • Advanced Features
    • JMT model
      • Automatic generation of a JMT model
      • Automatic generation of animations
    • Enabling technologies
      • Node-RED
        • Node-RED tutorial
      • RDF libraries
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  1. VLF Tools and Libraries
  2. OntoGui
  3. Modules

System Design

PreviousIndividual ManagerNextUtilities

Last updated 4 years ago

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System Design tool is an OntoGui module that supports the design of a production system and in particular the definition of part types, process plans, and the elements of the system like machines and buffers. The process plans can be decomposed into process step characterized by precedence relations. Moreover, the process steps can be assigned to the elements of the production systems.

The graphical user interface of System Design can be divided into areas associated with different phases of the configuration of a production system, as shown in the next figure.

  • PART TYPES. Part types can be created, selected or deleted.

  • PROCESS PLANS. Process plans to produce the currently selected part type can be created, selected or deleted.

  • PROCESS STEPS. The selected process plan can be decomposed into process steps characterized by processing times.

    • SUCCESORS. It is possible to specify which is the successor of the selected process steps, thus defining precedence relations.

    • ASSIGNMENTS. The selected process step can be assigned to resources/resource types that are needed to complete/execute the process step.

  • SYSTEMS. Production systems can be created, selected or deleted.

    • SYSTEM ELEMENTS. Production system are defined as an aggregation of elements like machines and buffers. It is also possible to specify the connections between machine tools and buffers. Moreover, machine tools can be characterized by their failure modes and buffers in terms of capacity.

System Design graphical user interface
Functionalities of System Design