Grain yield map is the important means for analyzing and managing data of yield monitor system.
谷物产量图生成系统是谷物测产系统中产量数据分析和处理的重要手段和工具。
Yield monitor system installed on combine harvester is the best way to carry out corn yield measurement real time.
为实现谷物产量的实时测量，将测产系统搭载在联合收割机上是最好的选择。
This paper developed a yield mapping system software based VB for the requirement of national grain yield monitor system.
本文立足于国产谷物测产系统的需求，用VB开发了谷物产量数据处理和产量分布图生成系统软件。
Analyze the errors and its type existing on the original yield data recorded by the intelligent yield monitor system of combine harvester.
分析了联合收割机智能测产系统记录的原始产量数据中存在的误差及类型，并进行了识别和处理。
In order to guarantee the testing precision and accuracy of yield monitor system, yield monitor system must be set up and calibrated before or during the CASE 2366 Axial-Flow combine harvests task.
通过连续两年使用带有测产系统的联合收割机进行收获试验 ，并对得到的产量数据进行分析 ，发现产量数据中主要存在三类误差 ，即割幅宽度设置误差、填充时间误差和延迟时间误差。
PF cotton yield monitoring system is consisted of a yield monitor, cotton flow sensor, head height sensor, ground speed sensor, fan speed sensor. GPS receiver and other components.
PF系列棉花测产系统是由产量监视器、棉花流量传感器、割台高度传感器、地运传感器、风机转速传感器、GPS接收机和其它配件组成。
PF cotton yield monitoring system is consisted of a yield monitor, cotton flow sensor, head height sensor, ground speed sensor, fan speed sensor. GPS receiver and other components.
PF系列棉花测产系统是由产量监视器、棉花流量传感器、割台高度传感器、地运传感器、风机转速传感器、GPS接收机和其它配件组成。
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