摘要
A fire water monitor driven by worm gear with bevel gear was designed based on the theoretical calcula-tions. The classification and features of fire water monitor were elaborated, and the design of whole structure andkey components of fire water monitor were discussed. Moreover, the jet characteristics and the influence factors onthe jet performances were also investigated in details. The simulation results approximately agree with the expecta-tion effect, which reflects the rationality of the design. The relevant analysis can provide some guidance for thedesign and optimization of fire water monitor.
A fire water monitor driven by worm gear with bevel gear was designed based on the theoretical calculations. The classification and features of fire water monitor were elaborated,and the design of whole structure and key components of fire water monitor were discussed. Moreover,the jet characteristics and the influence factors on the jet performances were also investigated in details. The simulation results approximately agree with the expectation effect,which reflects the rationality of the design. The relevant analysis can provide some guidance for the design and optimization of fire water monitor.
出处
《机床与液压》
北大核心
2016年第6期57-61,81,共6页
Machine Tool & Hydraulics
基金
supported by Jiangxi Province Patent technology research and development and industrialization demonstration projects ( 20143BBM26049 )
Major scientific and technological projects in Jiangxi Province (20142BBE50067)
