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Precision Metering of Fluid Drilled Seeds

Stephen W. Searcy, Lawrence O. Roth

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Abstract

ABSTRACT A microcomputer controlled metering system was de-veloped to accurately space germinated seeds. The microcomputer detected seed presence with photoelectric devices and drove the metering mechanism with stepping motors. The system was tested on a planter evaluation stand for metering speed and spacing accuracy. The mi-crocomputer was able to control the metering of ger-minated seeds suspended in a water based gel without damage to the seeds. Significant promise was shown for accurate metering of germinated seeds.

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What this paper is about

ABSTRACT A microcomputer controlled metering system was de-veloped to accurately space germinated seeds. The microcomputer detected seed presence with photoelectric devices and drove the metering mechanism with stepping motors. The system was tested on a planter evaluation stand for metering speed and spacing accuracy. The mi-crocomputer was able to control the metering of ger-minated seeds suspended in a water based gel without damage to the seeds. Significant promise was shown for accurate metering of germinated seeds.

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Available abstract

ABSTRACT A microcomputer controlled metering system was de-veloped to accurately space germinated seeds. The microcomputer detected seed presence with photoelectric devices and drove the metering mechanism with stepping motors. The system was tested on a planter evaluation stand for metering speed and spacing accuracy. The mi-crocomputer was able to control the metering of ger-minated seeds suspended in a water based gel without damage to the seeds. Significant promise was shown for accurate metering of germinated seeds.

Key concepts: Metering mode, Microcomputer, Germination, Environmental science, Engineering, Automotive engineering, Electrical engineering, Mechanical engineering

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