拖拉机操作土壤压实测量装置的研制

M. Kumar, H. Dadhich, S. M. Dadhich
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引用次数: 1

摘要

重型农业设备造成农业土壤表层高度压实。由于目前的土壤压实测量方法不符合人体工程学,因此采用静态或动态的手持式贯深仪是一种很好的方法。在印度,压实数据一般采用手动测深仪,与表盘式手动测深仪或数显式测深仪相比,存在一定的局限性和较大的误差。然而,一些发达国家正在采用自动多探头式传感器采集土壤渗透阻力数据。由于手持穿透仪的局限性,一种拖拉机操作的基于传感器的土壤压实测量装置已经开发出来,它将增加特定地区的数据量,减少人为错误因素,提高印度科学界用于农业土壤压实测量的质量,这样科学家就可以将作物参数联系起来,这些数据可以用于不同作物参数的农业机械设计,因此,可以生成针对特定区域或作物的特定机器的建议。土壤密实度和土壤水分含量图将给出一个地区/特定地区的彩色编码图,以便优先关注特定作物或该地区。
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Development of a tractor operated soil compaction measurement device
The heavy agricultural equipments cause high compaction in the top layer of the soil in agriculture. As the present method of soil compaction measurement is not ergonomically good practice by hand-held penetrometers either by static or dynamic. In India, the compaction data are taken by hand operated penetrometers generally which has certain limitations and more chance of error as manually operated penetrometers with dial gauge or digital display type penetrometers. However, some of the developed countries are using automatic multi-probe type sensor for collecting data for soil penetration resistance. Due to the limitations in hand held penetrometers, a tractor operated sensor based soil compaction measurement device has been developed which will increases the volume of data for a particular area and reduce human factor of error and upgrade the quality of measurement used by Indian scientific community for agricultural soil compaction so that scientists can correlate the crop parameters to be grown and this data can be used in agricultural machine design with different crop parameters and hence, recommendations for a particular machinery for a particular area or crop can be generated. Soil compactness and soil moisture content maps will give a colour coded maps of an area/particular region so that specific crop or the area needs attention on priority basis.
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