摘要
针对双容器多绳摩擦提升系统,采用无因次系数法,从防滑安全条件出发,将与防滑有着密切关系的静张力比,引入系统部件配置的分析和研究,得出双容器摩擦提升系统部件质量的4种数学模型,同时得出了双容器的最小自重和最小适用悬高,为优化系统配置和防滑,提供了简单、便捷、可靠地理论依据。
To improve double-vessel friction hoist, combined from safety conditions, static tension ratio c, which has a close brought into the analysis and research on the system. As with dimensionless coefficient method, relationship with anti-skid design was a result,Four mathematical model of component quality ,minimum weight and minimum hanging high was found, optimize the system configuration and anti-skid, provides a simple, convenient, and reliable theoretical basis.
出处
《煤矿机械》
北大核心
2014年第2期39-41,共3页
Coal Mine Machinery
基金
国家自然科学基金资助项目(51264036)
关键词
双容器摩擦提升系统
部件质量
防滑安全
静张力比
double-vessel friction hoist
quality components
anti-skid safety
static tension ratio
