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FeederAnt -An autonomous mobile unit feeding outdoor pigs

机译:饲养物 - 安自主移动单元喂养户外猪

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Small robots and the concept of decentralized animal husbandry make it possible to renew the principles of organic agriculture. The farm animals will be able to use the same type of housing and are placed integrated with the fields. This is expected to achieve a better utilization of nutrients and a better survival rate for useful insects and micro organisms. The small fields are flexible and could fit to the variation in soil structure topography. This type of precision agriculture has the possibility of increasing biodiversity. The paper presents the concept of an autonomic feeding system for outdoor piglets. Initial results are presented using a remote controlled feeding unit (a prototype of the Feeder Ant) to feed several pens with piglets. TheFeederAnt drives into the grass paddocks twice a day and position itself in a new location for each feeding. This will help to distribute the manure from the animals evenly over the grass paddock to prevent point leaching of nutrients. The FeederAnt replaces many stationary feeding tables and reduce the amount of daily manual feeding routines. Further, it is expected that the problem with vermins will be solved since no feed residues will be left within the pens.
机译:小型机器人和分散的畜牧业的概念使得有可能更新有机农业原则。农场动物将能够使用相同类型的外壳,并与字段集成。这有望实现更好地利用营养素和更好的生存率,用于有用的昆虫和微生物。小领域是柔性的,可以适应土壤结构形貌的变化。这种精密农业有可能增加生物多样性。本文介绍了户外仔猪自主喂养系统的概念。使用遥控馈电单元(馈线蚂蚁的原型)提出初始结果,以馈送具有仔猪的几件笔。当每天两次,每天两次驾驶到草地上,并将其自身定位在每次喂食的新位置。这将有助于将粪便从动物均匀地分布在草地上,以防止点浸出营养素。馈线取代了许多固定送料表并减少了日常手动喂养程序的数量。此外,预计朱砂的问题将被求解,因为在钢笔内没有饲料残留物。

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