A justification of the experimental facility for research of the filter mesh cleaning up by the brush cleaner

D. Norenko, V. Kuhar
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Abstract

Purpose. Analyze possible designs of an experimental facility for measuring the movement resistance force of the brush along a filter mesh of an industrial filter. Identify and justify the advantages and disadvantages of the specified facility designs. Justify the optimal design of the experimental facility for the physical experiments, which will provide the possibility of studying the friction force of the brush on the filter mesh, the influence of the parameters of the grid and the brush on the friction force and provide the least impact on the studied parameters. The methods. Analytical computations and computer modellings methods in SOLIDWORKS software were used to aim the goal. Objectives of the study on the experimental facility. A list of technical requirements for the experimental facility. Description of possible designs of experimental facilities, their advantages and disadvantages, justification of the efficient design of the experimental facility. Carrying out computer experiments in SOLIDWORKS software using the SOLIDWORKS Motion add-on to check and prove the assumed uneven errors, and not the expediency of the design of the experimental setup. Identification and justification of the rational design of the experimental facility. Findings. The article contains results of analytical and computer studies that has the practical im-portance to identify an effective experimental facility for the studying the cleaning process of the filter mesh with the brush cleaner. Three variants of experimental facility are described, among which the optimal experimental installation is revealed and substantiated, which provides an opportunity to study the necessary forces and parameters. The justification results have the practical implementation. Practical implementation. Described experimental facility designs allows to choose the most efficient design for research of the filter mesh cleaning up by the brush cleaner. The results of research can be used to conduct a physical experiment.
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对研究刷式清洗机清洗滤网的实验装置进行了论证
目的。分析一种测量毛刷沿工业过滤器滤网运动阻力的实验装置的可能设计。确定和证明指定设施设计的优点和缺点。对物理实验实验设备的优化设计进行论证,为研究毛刷对滤网的摩擦力、滤网和毛刷参数对摩擦力的影响以及对所研究参数的影响最小提供可能。的方法。采用SOLIDWORKS软件中的分析计算和计算机建模方法来实现这一目标。实验设备的研究目的。实验设备的技术要求清单。描述可能的实验设施设计,其优点和缺点,证明实验设施的有效设计。利用SOLIDWORKS Motion插件在SOLIDWORKS软件中进行计算机实验,检验和证明了假设的不均匀误差,以及实验装置设计的方便性。鉴定和论证实验设施的合理设计。发现。本文包含了分析和计算机研究的结果,对于研究刷式清洗机对滤网的清洗过程具有重要的实际意义。描述了实验装置的三种变体,其中揭示并证实了最优实验装置,这为研究必要的力和参数提供了机会。论证结果具有实际应用价值。实际的实现。所描述的实验设备设计允许选择最有效的设计来研究由刷式清洁器清理滤网。研究结果可用于进行物理实验。
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