The Research of a Full Hydraulic Pressure Hydraulic Impactor with Strike Energy and Frequency Adjusted Independently

机译：采用冲击能量和频率的全液压液压冲击机的研究

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摘要

After analyzing the technology of hydraulic impactor at home and abroad, this paper challenges tradition and develops a new full hydraulic pressure hydraulic impactor with strike energy and frequency adjusted steplessly and independently, and discuss its working principle, structural feature and hydraulic system, analyses its technical properties and presents experiment results. With all the achievements mentioned above, it establishes technology foundation for the development of hydraulic impactor.

机译：在分析国内外液压冲击力的技术后，本文挑战传统，开发了一种新的全液压液压冲击机，可偏离和独立调整触发能源和频率，并讨论其工作原理，结构特征和液压系统，分析其技术属性并提出实验结果。凭借上述所有成就，它为液压冲击机的开发建立了技术基础。

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《International Conference on Fluid Power Transmission and Control》|2005年||共4页
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作者
Yang Guoping; Chen Lihua; Huang Hu;
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正文语种
中图分类液压传动;
关键词
full hydraulic; strike energy and frequency adjusted independently; pressure feedback; hydraulic impactor;

机译：全液压;撞击能量和频率独立调整;压力反馈;液压冲击器;

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专利

1. Hydraulic impactor with strike energy and frequency adjusted independently and steplessly [J] . 中国有色金属学报（英文版） . 2000,第004期

机译：液压冲击器，冲击能量和频率独立无级调节
2. Hydraulic impactor with impact energy and frequency adjusted independently and steplessly [J] . ZHU Jian-xin, ZHAO, Hong-qiang Transactions of Nonferrous Metals Society of China . 2000,第4期

机译：液压冲击器，冲击能量和频率独立无级调节
3. Hydraulic impactor with impact energy and frequency adjusted independently and steplessly [J] . ZHU Jian-xin, ZHAO Hong-qiang, GUO Yong Transactions of Nonferrous Metals Society of China . 2000,第4期

机译：液压冲击器，冲击能量和频率独立无级调节
4. The Research of a Full Hydraulic Pressure Hydraulic Impactor with Strike Energy and Frequency Adjusted Independently [C] . Yang Guoping, Chen Lihua, Huang Hu International Conference on Fluid Power Transmission and Control(ICFP' 2005); 20050405-08; Hangzhou(CN) . 2005

机译：冲击能量和频率独立调节的全液压液压冲击器的研究
5. Quasi-static hydraulic control systems and energy savings potential using independent metering four-valve assembly configuration. [D] . Shenouda, Amir. 2006

机译：准静态液压控制系统和采用独立计量四阀组件配置的节能潜力。
6. Energy-Saving Analysis of Hydraulic Hybrid Excavator Based on Common Pressure Rail [O] . Wei Shen, Jihai Jiang, Xiaoyu Su, 2013

机译：基于共压轨的液压混合动力挖掘机节能分析
7. The Research of New Type Hydraulic Breaker with Strike Energy and Frequency of Adjusted [O] . Yubao Chen, Guoping Yang 2012

机译：具有打击能量和调节频率的新型液压破碎锤的研究

The Research of a Full Hydraulic Pressure Hydraulic Impactor with Strike Energy and Frequency Adjusted Independently

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