Assessing the Equipment Level of Technical Service Enterprises in the Agricultural Sector of the Volga Federal District

IF 0.1 Q4 ENGINEERING, MULTIDISCIPLINARY Engineering Technologies and Systems Pub Date : 2022-09-30 DOI:10.15507/2658-4123.032.202203.338-354
Vladimir A. Komarov, Mikhail I. Kurashkin
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引用次数: 4

Abstract

Introduction. The level of technological equipment and quality of equipment placement at the technical service enterprises have a significant impact on the size of work areas and the efficiency of travel paths for moving items of agricultural machinery under repair. The purpose of research is to assess the actual equipment level and the quality of equipment placement at the specific work areas of technical service enterprises. Material and Methods. The quality of the equipment placement at technical service enterprises is determined by comparing the actual and standard values of the coefficient that takes into account the size of work areas and travel paths for moving items of agricultural machinery under repair in particular work areas. There has been proposed a method for determining the level of equipment on the basis of the equipment deterioration and the coefficient of the equipment placement density. Results. Eighty percent of the work areas do not comply with the basic standards of technological design. The actual value of the equipment placement density coefficient at the work areas under research was 1.1‒42.8. The average value of the coefficient was 12.5 for enterprises with a fleet of less than 25 tractors, 10.2 for enterprises with a fleet of 25 to 50 tractors and 8.6 for enterprises with a fleet of more than 50 tractors. The share of the work areas with high density of equipment placement was 13.3%, with average density 40.0% and with low density 46.7%. The coefficients closest to the standard values were found in the work areas for repairing the hydraulic systems and oil equipment, restoring machinery parts with polymer composites, and for painting and drying. The values of the coefficient of equipment placement density at such basic work areas as for bench-working and assembling, forging works, welding, fusing, and etc. in some times differ from the standard values. Discussion and Conclusion. The conducted research showed that most of work areas of technical service enterprises in the Volga Federal District have a low level of equipment. The results of the study will allow optimizing the size of the work areas and ensuring the efficiency of travel paths for moving items of agricultural machinery under repair within the buildings.
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伏尔加河联邦区农业部门技术服务企业装备水平评估
介绍。技术服务企业的技术装备水平和设备放置质量对作业区域的大小和农机在修物品移动路径的效率有显著影响。研究的目的是评估技术服务企业在特定工作区域的实际设备水平和设备放置质量。材料和方法。技术服务企业设备放置质量的确定,是综合考虑作业区域大小和特定作业区域内正在维修的农业机械移动物品的移动路径,将系数的实际值与标准值进行比较。提出了一种基于设备劣化率和设备放置密度系数确定设备水平的方法。80%的工区不符合工艺设计的基本标准。研究工区设备放置密度系数的实际值为1.1 ~ 42.8。拖拉机规模在25台以下的企业系数平均值为12.5,拖拉机规模在25台至50台之间的企业系数平均值为10.2,拖拉机规模在50台以上的企业系数平均值为8.6。设备放置密度高的工作区域占13.3%,平均密度为40.0%,低密度为46.7%。在修理液压系统和石油设备、用聚合物复合材料修复机械部件以及油漆和干燥的工作区域,发现系数最接近标准值。工作台、装配、锻造、焊接、熔合等基本作业区域的设备放置密度系数有时与标准值不一致。讨论与结论。研究表明,伏尔加河联邦区技术服务企业的大部分工作区域设备水平较低。研究结果将允许优化工作区域的大小,并确保在建筑物内移动正在维修的农业机械物品的旅行路径的效率。
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来源期刊
Engineering Technologies and Systems
Engineering Technologies and Systems ENGINEERING, MULTIDISCIPLINARY-
自引率
33.30%
发文量
29
审稿时长
12 weeks
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