首页> 外文会议>Robotics and Biomimetics (ROBIO), 2009 >Integrated gripper and cutter in a mobile robotic system for harvesting greenhouse products
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Integrated gripper and cutter in a mobile robotic system for harvesting greenhouse products

机译:移动式机器人系统中的集成式夹具和切割器,用于收获温室产品

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摘要

A novel integrated gripper and cutter is developed and tested on a robotic system for harvesting greenhouse products. The integrated tool is unique, and has many potential applications. It can pick up vegetables such as tomatoes, and fruits such as apples, grapes, crab apples, cherries. The integrated end-effector with gripper and cutter is small in size, light in weight, efficient in design, and low in cost. It is easy to use and can effectively perform the holding and cutting. It can be easily installed on robot manipulators, and can effectively harvest greenhouse products. The end-effector requires small robot payload due to its light weight, and can be mounted to small robots for harvesting fruits and vegetables. Experiments show that it can effectively pick up vegetables and fruits from plants and accurately place them to a container beside the robot. It only takes an average of 37 s for harvesting one fruit in laboratory tests. The successful rate of harvesting is almost 100% if the robot can accurately move the integrated end-effector to the work point on the fruit peduncle.
机译:开发了一种新型的一体式抓取器和切割器,并在用于收获温室产品的机器人系统上进行了测试。集成工具是唯一的,并且具有许多潜在的应用程序。它可以捡起西红柿之类的蔬菜,以及苹果,葡萄,山楂子,樱桃之类的水果。带有夹持器和切割器的集成式末端执行器体积小,重量轻,设计效率高且成本低。它易于使用并且可以有效地执行夹持和切割。它可以轻松地安装在机器人操纵器上,并可以有效地收获温室产品。末端执行器由于重量轻而需要小的机器人负载,并且可以安装到小型机器人上以收获水果和蔬菜。实验表明,它可以有效地从植物中拾取蔬菜和水果,并将它们准确地放置到机器人旁边的容器中。在实验室测试中,平均只需要37 s的时间即可收获一种水果。如果机器人可以将集成的末端执行器准确地移动到果梗上的工作点,则收割成功率几乎为100%。

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