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Modeling the behavior of Cooperative material handling robots

机译:建模协作式物料搬运机器人的行为

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Robotic manipulators are types of non-linear systems that are used for carrying objects in different environments. Here, a two-robots system is introduced which is consisted as a two-robotic manipulators with three degrees of freedom. These two robots are used to carry a light beam as a cooperative system. Light beam is consisted as a highly sensitive material. In this paper, a controller for controlling a combination of two robots system is presented to carry the sensitive beam with minimal trauma and shock along the road to achieve the destination. In this controller, we have considered angle changes of beam related to road. Hence, this controller is an integration of fuzzy controller and PID controller. Moreover, two other models are considered to compare with the introduced model. One model consists of PID controller with Ziegler-Nichole's model and the other one contains fuzzy controller. In the integrated controller section in this paper, combination model has expressed fully. In this part, we compared the simulation results obtained from three models. The simulation results show that integrated controller introduced in this paper carries very sensitive beam with minimal angle changes along the road.
机译:机器人操纵器是用于在不同环境中搬运物体的非线性系统的类型。在此,介绍了一种两机器人系统,该系统由具有三个自由度的两机器人机械手组成。这两个机器人用于承载光束作为协作系统。光束由高度敏感的材料组成。在本文中,提出了一种用于控制两个机器人系统的组合的控制器,以使敏感光束沿着道路以最小的创伤和震动到达目的地。在该控制器中,我们考虑了与道路相关的光束角度变化。因此,该控制器是模糊控制器和PID控制器的集成。此外,还考虑了其​​他两个模型与引入的模型进行比较。一种模型包含具有Ziegler-Nichole模型的PID控制器,另一种包含模糊控制器。在本文的集成控制器部分,组合模型已充分表达。在这一部分中,我们比较了从三个模型获得的仿真结果。仿真结果表明,本文介绍的集成控制器可承载非常敏感的光束,且沿道路的角度变化最小。

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