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Development of a Robot for Harvesting Strawberries ?

机译:开发用于收获草莓的机器人

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摘要

The lack of available workforce threatens the sustainability and preservation of the agricultural industry in developed countries. The raise of salaries will additionally have a negative impact on the viability of this industry. European farms risk to disappear from markets if no solution is found for the shortage of affordable operating resources. Labor is the most important component in the production cost of a strawberry. In order to preserve the strawberry sites in Europe, the cultivation must become more cost-efficient. The agricultural R&D-company Octinion develops a picking robot that harvests strawberries on tabletop cultivation systems. The robot is a complete, fully autonomous system: it detects the ripe fruits, picks them with no damage, and puts them in a punnet (box in which strawberries are put). The picking system is mounted on a mobile platform that navigates autonomously through the greenhouse. The current prototype of the robot is able to pick a strawberry in 4 seconds. It is therefore a viable alternative for costly human pickers who will be less available in the near future.
机译:缺乏可用的劳动力威胁着发达国家农业的可持续性和保护。薪资的增加还将对该行业的生存能力产生负面影响。如果无法找到可负担的运营资源短缺的解决方案,欧洲农场就有可能从市场上消失。劳动力是草莓生产成本中最重要的组成部分。为了保护欧洲的草莓产地,种植必须变得更具成本效益。农业研发公司Octinion开发了一种采摘机器人,可以在台式栽培系统上采摘草莓。该机器人是一个完整的,完全自治的系统:它可以检测成熟的果实,将其采摘而不会损坏,然后将其放入in(装草莓的盒子)中。采摘系统安装在可移动通过温室的移动平台上。该机器人的当前原型能够在4秒钟内摘下草莓。因此,对于昂贵的人类采摘者来说,这是一个可行的选择,因为他们在不久的将来将越来越少。

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