带调度系统的自动化工厂机器人的设计与开发

Ni Putu Devira Ayu Martini, N. Tamami, Ali Husein Alasiry
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引用次数: 4

摘要

在这个时期,技术进步发展非常迅速,特别是在农业方面。浇水活动仍然是人工完成的,因此它消耗了大量的能源。实际上,维护植物有很简单的方法,其中之一就是确保足够的水分摄入。然而,如果浇水的强度不能满足植物对矿物质摄入的需求和条件,这仍然是一个问题。除了观察植物的情况外,还需要对土壤进行检查,以确定含水量和土壤条件,以免造成干旱,植物枯萎死亡。不幸的是,要知道何时冲水的条件,社区还必须知道何时停止冲水,需要大量的水,以及必须多久浇一次水。本文提出了一种基于数控机床的新型农业机器人——自动园艺机器人,它可以在植物的任何位置自主行走,无需人工干预。自动洒水机器人的设计是能够用土壤介质种植植物,种植面积的尺寸可以根据自己的需要进行调整,仍然在规定的面积范围内
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Development of Automatic Plant Robots with Scheduling System
Technological advances in this time are developing very rapidly, especially in agriculture. Watering activity is still done manually so that it consumes a lot of energy. Actually there are easy solutions in maintaining plants, one of which is by ensuring adequate water intake. However, this is still a problem if the intensity of watering does not obtain the needs and conditions of mineral intake in plants. In addition to observing the condition of plants, soil checking is also needed to determine the water content and soil conditions so as not to cause drought, the plants wither to death. Unfortunately, to know the conditions for when to flush, the community must also be aware of when to stop flushing, a lot of water is needed and how often watering must be done. In this paper, we propose a novel agricultural robot based on CNC machine namely Automatic Gardening Robot, which can walk at any point of the plant for farming crops autonomously without any human intervention. Automatic sprinkler robot is designed to be able to plant plants with soil media and dimensions of planting area that can be adjusted according to your own needs are still within the specified area limits
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