太阳能自动播种装置

Chandra Rao G. Poorna, B. Gayathri
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摘要

在现代世界,所有行业都在努力通过引进各种先进技术来快速扩张,包括农业部门。本文的目的是设计一种太阳能自动播种机。这个设计的主要目标是创造一种低成本的太阳能种子播种装置,农民可以很容易地使用它。这个小装置利用太阳能板吸收太阳能,然后将其转化为电能。整个装置可以完全由太阳能供电,从而消除了对化石燃料的需求。在播种机构中,种子通过机器两侧的两个料斗供应。种子从料斗中出来,由一个扇形装置收集,该装置从喂食器中取出种子,并将其放置在u形容器的另一侧。种子随后通过一个圆孔释放到地下。机器的传动轴连接在这个装置上,使两者同时旋转。播种的种子被土壤覆盖,土壤被新土覆盖,新土应用于种子,使用板调节器。整个过程通过可编程微控制器自动完成,无需人工干预。
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Solar operated automatic seed planting device
In the modern world, all industries are striving for rapid expansion through the introduction of various advanced technologies, including the agricultural sector. The aim of this paper is to design a solar-powered automatic seed sowing mechanism. The main goal of this design is to create a low-cost, solar-powered, seed- sowing device that can be easily used by farmers. This gadget uses a solar panel to absorb solar energy, which is then converted to electrical energy. The entire device can be fully powered by solar energy, eliminating the need for fossil fuels. In the sowing mechanism, seeds are supplied through two hoppers on either side of the machine. The seeds come out of hopper and are collected by a fan-shaped device that picks the seed from the feeder and places them on the other side of the U-shaped container. The seeds are subsequently released into the ground through a circular aperture. The drive shaft of the machine is connected to this apparatus, which simultaneously rotates both of them. The planted seed is covered is with the soil is covered by new earth applied to the seeds using a plate adjuster. The whole process is automated through a programmed microcontroller without human intervention.
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