V. Bojkov, S. V. Starcev, A. Pavlov, E. S. Nesterov, A. V. Lavrent’ev
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引用次数: 0
摘要
利用PBS-10P拖曳式单沟犁的技术特性和美国内布拉斯加州拖拉机测试实验室的拖拉机试验结果,确定了Case Magnum 340 (239 kW)、New Holland Т9020 (213 kW)、Challenger MT 835 (271 kW)、John Deer 9120 (182 kW)、Versatile 375 (226 kW)、Versatile 400 (247 kW)、New Holland Т9030 (310 kW)拖拉机的牵引张力值和PBS-10P犁在适当速度下的牵引阻力。确定了拖拉机牵引力和犁的牵引阻力对运动速度的解析依赖关系。介绍了确定耕地单元合理组成的方法,包括:试验确定不同耕作深度和耕作速度下的犁耕牵引力;确定拖拉机在最大牵引功率下的牵引车力;以经验公式的形式逼近所得结果;利用经验公式建立图形依赖关系,确定耕地单元的最优速度,用于计算耕地单元的生产率。
Method of determining the rational composition of arable unit
Using the technical characteristics of the PBS-10P trailed single-furrow plow and the results of tractor tests made by the Nebraska Tractor Test US laboratory, the value of towing tension of Case Magnum 340 (239 kW), New Holland Т9020 (213 kW), Challenger MT 835 (271 kW), John Deer 9120 (182 kW), Versatile 375 (226 kW), Versatile 400 (247 kW), New Holland Т9030 (310 kW) tractors and traction resistance of the PBS-10P plow at appropriate speeds were determined. The analytical dependencies of the traction force of the tractors and the traction resistance of the plow on the speed of movement are determined. The method of determining the rational composition of the arable unit is described, including: experimental determination of the plow traction at different tillage depth and speed; determination of the tractor force at the maximum traction power of the tractor; approximation of the obtained results in the form of empirical formulas; building graphical dependencies by empirical formulas and determining the optimal speed of the arable unit, which is used to calculate the productivity of the arable unit.