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A crop identification system (CIS) to optimise pesticide applications in orchards

机译:一种农作物识别系统(CIS),可优化果园中的农药施用

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摘要

In the ambit of the ISAFRUIT Project, a prototype sprayer able to adapt its spray and air distribution automatically, according to the characteristics of the target canopy, to the level of crop disease, or to environmental conditions, it is under development. In order to identify the characteristics of the target canopy, in terms of its size and density. a Crop Identification System (CIS), based on ultrasonic sensors, was studied and produced. The principles governing the functioning of the CIS system and the first experimental results obtained from spray deposition tests carried out in an apple orchard using a CIS-equipped prototype sprayer are described. The first results indicated that, by adapting the application rate to the characteristics of the target, the CIS enabled the amount of spray deposited on the leaves to be maximised with respect to lower and higher volume rates.
机译:在ISAFRUIT项目的范围内,正在开发一种原型喷雾器,该喷雾器能够根据目标树冠的特性,作物疾病的程度或环境条件自动调整其喷雾和空气分配。为了确定目标树冠的特征,就其大小和密度而言。研究并生产了基于超声波传感器的作物识别系统(CIS)。描述了控制CIS系统功能的原理,以及使用配备CIS的原型喷雾器在苹果园中进行的沉积试验获得的第一批实验结果。最初的结果表明,通过使施药量适应目标的特性,CIS使得相对于较低和较高的体积量,沉积在叶片上的喷雾量得以最大化。

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