Information Technologies of Automation of Motor Grader Control in the Soil Processing with Changes of the Capture Angle of the Blade

A. Kononov, A. Kononov, S. Ivanov
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Abstract

Based on the consideration of the existing difficulties with the control of the working process of the motor grader, a system of automatic control of the working body of the motor grader according to a parameter characterizing the efficiency of the working process while providing the high quality of the surface obtained after the passage is proposed. The algorithm of automatic control of the capture angle of the blade of the motor grader in the process of cutting and moving the soil along the parameter characterizing the current productivity is presented. An imitating model of the motor grader's work was developed for cutting and moving the soil with the proposed automatic control system for changing the angle of capture of the oblique blade of the motor grader. Investigations were made and the results of estimating the spread of the widths of the resulting web of the finished soil surface were obtained, on the basis of which conclusions were made about the possibility of using the developed automation system of the motor grader working process in the construction industry.
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随叶片捕获角变化的平地机自动化控制信息技术
针对目前平地机工作过程控制存在的困难,提出了一种能够在保证通过后获得高质量表面的前提下,根据表征工作过程效率的参数对平地机工作体进行自动控制的系统。提出了电动平地机沿当前生产力特征参数进行割土移土过程中刀片捕捉角的自动控制算法。利用所提出的自动控制系统,建立了电动平地机切土移土工作的模拟模型,以改变电动平地机斜叶片的捕获角度。进行了调查并获得了成品土表面所产生的网的宽度的估计结果,并在此基础上得出了关于在建筑行业中使用所开发的电机平地机工作过程自动化系统的可能性的结论。
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