| 摘要: |
| 目的 为了能够精确、高效地设计纸堆翻转液压系统，建立液压系统关键参数求解模型。方法 通过理论分析与实践研究相结合的方法建立数学模型，即以纸张和纸堆的基本参数作为输入参数，以液压系统的油缸直径作为输出参数，建立翻转机液压系统设计关键参数的数学模型，并在此模型的基础上完善液压系统的其他参数，进而确定液压系统的整体结构，最后完成样机的制作。结果 实践结果表明，1.8 t的纸堆采用15 MPa的油压，直径为55 mm的油缸可以将纸堆夹紧，采用直径为80 mm的油缸可以将纸堆推起。结论 通过样机的制造验证，表明所建立的液压系统的数学模型可以准确地求解液压系统的关键参数。 |
| 关键词: 翻转机 液压系统 数学模型 关键参数 |
| DOI： |
| 分类号: |
| 基金项目: |
|
| Design of Hydraulic System for Paper Pile Turner |
|
WANG Can-cai, WANG Suo-jie
|
|
Qingdao University of Science & Technology, Qingdao 266042, China
|
| Abstract: |
| The work aims to accurately and efficiently design the pile turner’s hydraulic system and establish the model for solution to key parameters of hydraulic system. The mathematical model was established in combination with theoretical analysis and practice research, namely, with the basic parameters of paper and paper pile as input parameters, and the oil cylinder diameter of hydraulic system as output parameter, the mathematical model for the key design parameters of turner’s hydraulic system was built. Based on such mathematical mode, other parameters of hydraulic system were improved, thus determining the overall structure of hydraulic system. Finally, the fabrication of prototype was completed. The practice results showed that, 1.8 t paper piles could be clamped by the oil cylinder with oil pressure of 15 MPa and diameter of 55 mm, and pushed up by oil cylinder with diameter of 80 mm. By verifying the fabrication of prototype, it indicates that the mathematical model established can accurately solve the key parameters of hydraulic system. |
| Key words: turner hydraulic system mathematical model key parameters |
渝公网安备 50010702501716号