液压支架提升机构及其液压系统的设计与分析
发布时间：2019-02-20 07:33
【摘要】：液压支架搬运车已成为近些年来煤矿生产必备的设备之-,煤矿的液压支架以及重型设备都是用液压支架搬运车来运输的,此种搬运车专门针对煤矿的井下运输而研究和制作的。它具有承受较大载荷的能力以及攀爬的能力。参考国内外相同搬家工具优点的基础上开发和研究质量好和价格低的支架搬运车,是摆在煤矿开采技术人员面前一项重要的任务。本文对液压支架搬运车的提升机构以及提升机构的液压系统进行了设计计算。用优化设计的方法确定了主要部件的基本结构尺寸和提升液压缸的工作行程,利用Pro／E对提升机构进行了三维实体建模,同时利用ANSYS软件中的workbench功能对主要的受力部件进行了强度校核,保证了提升机构结构的合理性和可靠性,确定了液压缸的主要结构尺寸。
[Abstract]:Hydraulic support trucks have become one of the necessary equipment for coal mine production in recent years-the hydraulic support and heavy equipment in coal mines are transported by hydraulic support carriers. This type of truck is specially designed for underground transportation in coal mines. It has the ability to withstand large loads and climb. Based on the advantages of the same moving tools at home and abroad, it is an important task for the technicians of coal mining to develop and study the steve-carrier with good quality and low price. In this paper, the lifting mechanism of the hydraulic support carrier and the hydraulic system of the lifting mechanism are designed and calculated. The basic structural dimensions of the main components and the working stroke of the lifting cylinder are determined by the method of optimization design. The three-dimensional solid modeling of the lifting mechanism is carried out by using Pro/E. At the same time, using the workbench function of ANSYS software to check the strength of the main force components, the rationality and reliability of the lifting mechanism structure are ensured, and the main structural dimensions of the hydraulic cylinder are determined.
【学位授予单位】：内蒙古农业大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TD355.4
本文编号：2426945
[Abstract]:Hydraulic support trucks have become one of the necessary equipment for coal mine production in recent years-the hydraulic support and heavy equipment in coal mines are transported by hydraulic support carriers. This type of truck is specially designed for underground transportation in coal mines. It has the ability to withstand large loads and climb. Based on the advantages of the same moving tools at home and abroad, it is an important task for the technicians of coal mining to develop and study the steve-carrier with good quality and low price. In this paper, the lifting mechanism of the hydraulic support carrier and the hydraulic system of the lifting mechanism are designed and calculated. The basic structural dimensions of the main components and the working stroke of the lifting cylinder are determined by the method of optimization design. The three-dimensional solid modeling of the lifting mechanism is carried out by using Pro/E. At the same time, using the workbench function of ANSYS software to check the strength of the main force components, the rationality and reliability of the lifting mechanism structure are ensured, and the main structural dimensions of the hydraulic cylinder are determined.
【学位授予单位】：内蒙古农业大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TD355.4
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