Front-mounted plow for smooth, non-furrow plowing with offsets

Author:

Umurzakov Uktam,Мамаtov Farmon,Mirzaev Bakhadir,Kurbаnov Sherzod,Badalov Sunatullo,Raxmonov Javlon

Abstract

The purpose of the study was the development of a front plow with angle clamps, which performs, smooth plowing. The authors have developed an improved front plow with angle clamps. The constructive scheme of the plow has been given. The basic principles and methods of classical mechanics, mathematical analysis and statistics were used in this study. Experimental studies have justified the processing depth within the limits of 10-12. 5 cm and the width of the capture of the angle is within the range of 7.5-10 cm. Economic tests have established that the developed front plow reliably performs the specified technological process and its performance indicators meet agrotechnical requirements. The use of a frontal plow for smooth, plowing provides a reduction in direct costs for processing 1 hectare of area compared to the technical means used by 26.8%.

Publisher

EDP Sciences

Reference30 articles.

1. Sackun V. A., Lobachevsky Y. P., Sizov O. A., Sharov V. V., New Technology and Eguipment for Level Ploughing Silsoe Research Institute Translation 34, 1–7 (1991)

2. Lobachevskij Y. P., Technologies and technical means for smooth plowing MGAU, Moscow (2001)

3. Zolotarev S. A., Justification of the technological process and parameters of the plow for smooth plowing, Candidate of Technical Science Dissertation, MGAU, Moscow (2005)

4. Lobachevskij Y. P., Front plow family for smooth plowing, Candidate of Technical Science Dissertation, MGAU, Moscow (2000)

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