一种用于种植机的智能喂料系统

H. Helal, Khaffaf A. Khadr, A. I. Abd El hakime
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引用次数: 0

摘要

电子馈电设备系统包括加速度计(ADXL345)、Arduino Uno微控制器、拉式螺线管和12v电池。该系统用于设计和创造一种新的方法来测量和调整种子到山之间的距离。与播种机相连的排种装置在“亚历山大省拖拉机和农业机械试验研究站”进行了实验室标定和实验研究,以评估水稻和高粱种子播种的电子饲喂装置的性能。实验变量包括0.5、0.8、1.2和1.5 km / h -1 4种运行速度,山距分别为10、15和20 cm。结果表明:在10、15和20 cm的山间距上,高粱种子在运行速度为0.5 km m.h -1时的饲料质量指数最高,分别为98.09、96.96和96.11%;在运行速度为1.5 km .m.h -1时,高粱种子在10、15和20 cm间距上的纵偏差最大值分别为9.25%、14.51%和15.7%。电子投料装置对调节山间距精度高,对种子影响不大
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Smart Feeding System for Planting Machine
An electronic feed device system has an accelerometer (ADXL345), Arduino Uno microcontroller, pull-type solenoid, and a 12-V battery. The system used to design and create a new method to measure and adjust the distance between seeds into hills. The seed metering devices connected with the seeding unit was calibrated laboratory and experimentally studied at the "Test and Research Station of Tractors and Farm Machinery, Alexandria Governorate" to evaluate an electronic feeding device performance for seeding paddy and sorghum seeds. The experiment variables included four operating speeds of 0.5, 0.8, 1.2 and 1.5 k.m.h -1 with a distance between hills of 10, 15 and 20 cm, respectively. The results showed that the maximum qualities of feed index for sorghum seeds were 98.09, 96.96, and 96.11% at operating speed of 0.5 k.m.h -1 at distances between hills of 10, 15 and 20 cm, respectively. The maximum values of seeds longitudinal deviation (C.V.) for sorghum seeds were 9.25, 14.51, and 15.7% at operating speed 1.5 k.m.h -1 at distances between hills of 10, 15 and 20 cm, respectively . An electronic feed device showed a high accuracy for adjusting the distance between hills with no high effect of seeds
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