Safety and stability of the maneuvering rescue platform
Abstract
With the continuous development of the mine rescue works, the various rescue mechanical equipment has been growing tendency of complexity and automaticity, which raise higher requirement to the safety, stability and carrying ability of the platform foundation. In response to these requirements, firstly the study designed the overall layout of the maneuvering rescue platform equipment. On consideration of the load arrangement rationality of the rescue platform, the humanity and convenience of the on-board equipment function and the safety of the electric device, the overall layout of the vehicle was divided into two units: the device unit and the control unit. After completing the overall layout design, the security and stability of the platform was verified and analyzed in this study. The calculation and analysis results proved that the design of the maneuvering rescue platform met the requirements for the stability and safety of the mine rescue mission and it can be quickly deployed over a long distance with suitable mobility and carrying capacity.
References
Cui J. (1986). Special purpose vehicle design. Shaanxi science and technology press.115 p.
Huang Y J, Ou J C. (2011). Status and development trend of sudden disaster emergency rescue equipment. Chinese Hospitals, Volume 15, No. 12, pp. 52-53.
Liu Z Y, He X G. (1994). Special purpose vehicle structure. Wuhan University of technology press. 175 p.
Shuichi Iida. (1981). Commonly used indicator of physics. Science press. 236 p.
Yu Z S. (2000). Automobile theory. China Machine Press. 15 p.
Zhang H X. (1997). Automobile design. China Machine Press. 89 p.
Zhang K J. (2012). The significance of mine rescue equipment scientific management. Reform & Openning, No. 2, pp.89.
