The effects of idler spacing selection on belt conveyor power consumption were discussed.
讨论了带式输送机托辊间距的选择对功率消耗的影响。
Analyzed the effects of idler spacing on belt conveyor life-span,belt deflection,moving resistance and investment.
分析了托辊间距对托辊使用寿命、输送带挠度、运行阻力以及投资费用的影响,探讨了托辊间距与带式输送机的无共振设计问题,提出静态设计与动态设计中确定托辊间距应考虑的因素,为托辊间距的选择和优化设计提供了理论依据。
Determination of the roller interval in straight section for pipe belt conveyor
圆管带式输送机直线段托辊间距的确定
Discussion on the idler pitch of belt conveyor based on the service life of bearing
基于轴承寿命下的带式输送机托辊间距探刮
Gap measurement of running rollers based on linear displacement sensor
基于直线位移传感器的运转辊间闸距测量
intermediate supporting bowl
中支轧辊（将辊体与辊轴的两端闷头深入辊体内相当距离，使辊体支点内移，以减少辊体的挠度）
Determination of optimized distance between two discs for vertical series disc pipeline conveyor
立式串联圆盘管道输送机最佳托盘间距的确定
Improvement of Hydraulic Control of the Intermediate Roll Axial Shifting Coupling in Six Rolls CVC Cold Mill
六辊CVC轧机中间辊窜辊连接液压控制改进
Optimization of Intermediate Roll Shape Curve for Six High Reversing Cold Rolling Mill with One Stand
六辊单机架可逆冷轧机中间辊辊型曲线优化
Research on Gap of Roll-die of Pellets Plane-die Press
三锥辊式平模制粒机模辊间隙的探讨
End contour of intermediate rolls for a UCMW cold tandem mill
UCMW冷连轧机组各架中间辊端部辊形
Optimization Designing for Section Straightener of Fixed and Unequal Roller Spacing;
固定不等辊距型钢矫直机的优化设计
Welded steel pipe for supporting roller of belt conveyer
GB/T13792-1992带式输送机托辊用电焊钢管
Experiment Study on Plastic Forming of Integral Mandrel-less Roller;
整体式无心轴托辊塑性成形试验研究
Analysis of Service Life of Belt Conveyor Idler
提高带式输送机托辊使用寿命的分析
TRIZ theory based the idler roll sealing research
基于TRIZ理论的托辊密封的研究
DEVELOPMENT AND APPLICATION OF NEW TYPE UHMWPE HOLDS ROLLER
新型UHMWPE托辊的研制与应用
Concentric roll a perfectly round roll; a roll having all point on the circumference equidistant from the axis of the roll.
中心辊—相当圆的辊子。周围所有的点和中心轴都等距。
The surface of supporting roll and guiding roller, which contact with coiled metal, are covered with PU.
与钢带表面接触的托辊，护辊均采用聚氨脂包胶处理。
Study on the Middle Roll Axial Moving Velocity of Six Rolls UC Mill
六辊UC轧机中间辊轴向移动速度的研究
