作为工艺和产品创新一部分的多用途葡萄园地面机器人设计:初步结果

Andrea Lopez-Castro, Angie Marroquin-Jacobo, Anna Soto-Amador, Elias Padilla-Davila, J. López-Leyva, Mario O. Castañeda-Ramos
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引用次数: 3

摘要

本文介绍了用于葡萄园的陆地机器人的定制设计,尽管它更侧重于向葡萄施用微量营养素的过程。根据上述应用的需求和挑战,例如在不同地形类型,湿度等变量中移动的难度,展示了零件的详细设计以及所有设备和布线的完整建模。数字原型还考虑使用各种类型的相机来确定植物的健康状况,并监控葡萄园的实际路径。作为最终结果,展示了设计和技术建议,以及基于评估项目的公司(早期采用者)的技术反馈对流程和产品的创新进行了总结。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of a Vineyard Terrestrial Robot for Multiple Applications as Part of the Innovation of Process and Product: Preliminary Results
This paper presents the customized design of a terrestrial robot for applications in vineyards, although it focuses more on the process of applying micronutrients to grapes. The detailed design of the parts and the complete modeling of all the devices and wiring are shown based on the needs and challenges of the mentioned applications, such as the difficulty of moving in different terrains types, humidity, among other variables. The digital prototype also considers the use of various types of cameras to determine plant health and monitor the actual path in the vineyards. As final results, the designs and technological proposals are shown, as well as the summarized of the innovation of process and product based on the technical feedback of companies (Early-Adopters) that evaluated the project.
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