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Design of End-effector for Tomato Robotic Harvesting

机译:番茄机器人收获末端执行器的设计

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Abstract: In order to improve automatic harvesting for fresh-eating tomato, a new picking end-effector was designed, which mainly consisted of three parts, such as fruit holding, stem holding, and fruit separating. In view of the convenience of stemless fruit for transport and package, the end-effector separated the tomato fruit from the plant at the abscission layer between the stem and fruit. A sleeve with three equispaced gasbags was used as the flexible fruit-holding part, so as to fit the fruit’s various size and keep the holding force constant. Besides, the holding and separating force parameters were calculated based on the measuring result of the fruit material characteristics, so that the holding operation is reliable and nondestructive. Finally, the end-effector’s performance was tested, and the result showed the successful picking rate was 86%.
机译:摘要:为了提高鲜食番茄的自动收割效率,设计了一种新的采摘末端执行器,该采摘末端执行器主要由水果保持,茎保持和水果分离三个部分组成。考虑到无茎果实运输和包装的便利性,末端执行器在茎和果实之间的脱落层将番茄果实从植物中分离出来。带有三个等距气囊的套筒用作柔性的水果固定部件,以适合水果的各种尺寸并保持固定力不变。此外,根据水果材料特性的测量结果计算出保持力和分离力参数,从而保持操作可靠且无损。最后,对末端执行器的性能进行了测试,结果显示成功选择率为86%。

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