中国印刷与包装研究
中國印刷與包裝研究
중국인쇄여포장연구
CHINA PRINTING AND PACKAGING STUDY
2009年
4期
47-51
,共5页
切割机%仿真%控制
切割機%倣真%控製
절할궤%방진%공제
Single cutting device%Simulation%Control
在蜂窝纸板加工生产线中,存在着切纸机设备落后、自动化程度低的现状,为此基于气控原理和仿真技术,设计了一种新型切纸机的气动控制系统.先在ADAMS软件中模拟切割机的工作过程,以优化其结构和运行模式,再在FluidSIM-P软件中设计切割机的气动回路和电气回路来提高工作效率和自动化程度.目前该系统已川于生产线上,对纸板切割机进行了有效控制.
在蜂窩紙闆加工生產線中,存在著切紙機設備落後、自動化程度低的現狀,為此基于氣控原理和倣真技術,設計瞭一種新型切紙機的氣動控製繫統.先在ADAMS軟件中模擬切割機的工作過程,以優化其結構和運行模式,再在FluidSIM-P軟件中設計切割機的氣動迴路和電氣迴路來提高工作效率和自動化程度.目前該繫統已川于生產線上,對紙闆切割機進行瞭有效控製.
재봉와지판가공생산선중,존재착절지궤설비락후、자동화정도저적현상,위차기우기공원리화방진기술,설계료일충신형절지궤적기동공제계통.선재ADAMS연건중모의절할궤적공작과정,이우화기결구화운행모식,재재FluidSIM-P연건중설계절할궤적기동회로화전기회로래제고공작효솔화자동화정도.목전해계통이천우생산선상,대지판절할궤진행료유효공제.
The current paperboard production has outdated facilities and a low degree of automation. As a result, a new pneumatic control technology of single cutting device is developed based on pneumatic theory and simulation technology. First, the working process of single cutting device was simulated in the software of MSC.Adams to optimize the structure and mode of motion Second, its pneumatic and electric loop had been designed in the software of FluidSIM-P to improve working efficiency and automation. Now the device is used and effectively controlled in the cutting of paperboard.
