首页> 外文期刊>IFAC PapersOnLine >Human machine interface to manually drive rhombic like vehicles such as transport casks in ITER * * IPFN activities received financial support from Funda??o para a Ciência e Tecnologia through project UID/FIS/50010/2013.
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Human machine interface to manually drive rhombic like vehicles such as transport casks in ITER * * IPFN activities received financial support from Funda??o para a Ciência e Tecnologia through project UID/FIS/50010/2013.

机译:人机界面,可在ITER中手动驾驶菱形车辆,例如运输桶等。 * < / ce:cross-ref> * IPFN活动收到了财务基金会提供的UID / FIS / 50010/2013项目支持。

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In nuclear facilities, such as the experimental fusion reactor ITER, the cargo transfer operations can be performed by autonomous guided vehicles under remote supervision. In ITER, these vehicles can reach up to 100 tons and, with a rhombic-like configuration, have to move in cluttered scenarios. In case of failure, the vehicles have to be manually guided. This paper presents three solutions for the teleoperation of rhombic-like vehicles. Two set of devices were used to test each solution: one is based on a gamepad and the other is based on a joystick with a rotational disc specially designed for this purpose. The solutions were experimented by the developer and by 12 users without prior experience on rhombic-like vehicles. The experiments were performed in a software simulator that provides 2D maps of the test facility and simulates the kinematics of the vehicles in real time. The main conclusions are reported.
机译:在核设施中,例如实验性聚变反应堆ITER,可以在远程监督下由自动驾驶车辆执行货物转移作业。在ITER中,这些车辆的重量可达100吨,并且具有菱形结构,因此必须在混乱的情况下行驶。万一发生故障,必须手动引导车辆。本文提出了菱形车辆远程操作的三种解决方案。使用两组设备来测试每种解决方案:一组基于游戏手柄,另一组基于带有为此目的专门设计的旋转盘的操纵杆。该解决方案由开发人员和12位用户进行了实验,他们没有类似菱形车辆的经验。实验是在软件模拟器中执行的,该软件模拟器提供测试设施的2D地图并实时模拟车辆的运动学。报告了主要结论。

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