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Concurrent design of assembly systems within a shared virtual environment

机译:共享虚拟环境中的装配系统并发设计

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Nowadays car-manufacturing companies are working together with a lot of suppliers in order to build a perfect car. To get the best results out of these collaborations, both - car manufacturer and suppliers - already have to work closely togetherduring the product development process. Given the fact that the participants are often at different geographical locations, methods and tools have to be developed which support this kind of collaboration. Therefore the shared virtual environment systemSHAPE was implemented, which now enables the concurrent design of (not only) assembly systems within a shared virtual environment. Similar to teleconferencing, two or more participants are enabled to get connected and to examine the virtual model of anassembly system. Changes made to the model by any participant, like grasping and studying geometric objects or starting and stopping robot programs, are distributed to every connected system. By using this tool, solutions can be found very quickly,whenever there is a need for a short dated co-ordinated decision. This contribution not only describes the features of the shared virtual environment but also gives some details about the information technologies used.
机译:如今汽车制造公司正在与许多供应商合作,以建立完美的汽车。为了获得这些合作的最佳成果,两辆汽车制造商和供应商 - 已经必须密切合作产品开发过程。鉴于参与者通常在不同的地理位置,必须开发方法和工具,该方法和工具支持这种合作。因此,实现了共享虚拟环境SysteMShape,其现在可以在共享虚拟环境中并发设计(不仅)的装配系统。类似于电话会议,可以启用两个或多个参与者来连接并检查Anassembly系统的虚拟模型。与任何参与者的模型所做的更改,如抓握和研究几何对象或启动和停止机器人程序,分布到每个连接的系统。通过使用此工具,每当需要短期的协调决定时,可以很快找到解决方案。此贡献不仅描述了共享虚拟环境的功能,还提供了有关所用信息技术的一些细节。

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