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1)  impact crusher
捶击式破碎机
2)  disintegrator [英][dis'intigreitə]  [美][dɪs'ɪntə,gretɚ]
(捶击)粉碎机
3)  impact crusher
冲击式破碎机
1.
Rational selection to tolerances,fits and clearance of rotor-bearing of impact crusher is very important to avoid overheat of bearing and prolong the life of bearing.
冲击式破碎机转子轴承公差配合及游隙的合理选择对防止轴承发热,提高轴承寿命具有十分重要的作用。
2.
Considering the changes of the impact energy,according to the mass balance and comminuted classification,simulation and experiment at different rotor velocities and feed rates,a logical model for impact crusher that is able to predict the crusher’s performance at steady state and contains a reasonable number of parameters has been developed.
考虑冲击能的变化情况,结合质量平衡和破碎分级的特点,建立了冲击式破碎机的破碎过程模型,在不同转子速率和给料率条件进行模拟及实验,模型通过一系列参数可以预测稳定状态下的性能。
3.
According to the mass balance and comminuted classification,considering the changes of the impact energy,simulation and experiment at different rotor velocities and feed rates,have developed a logical model for impact crusher that is able to predict the crusher performance at steady state and contains a reasonable number of parameters.
根据质量平衡和破碎分级特点,考虑冲击能的变化情况,建立了冲击式破碎机的破碎过程模型,在不同转子速率和给料率条件进行模拟及实验,模型通过一系列参数可以预测稳定状态下的性能。
4)  overpressure turbine crusher
反击式破碎机
1.
The high chrome cast-iron added a variety of drib and microscale elements was used to make the flat hammer in overpressure turbine crusher,which can improve the wearing resistance and synthesize mechanical property of the products greatly,and the life of the products is 4 times longer than the former high-manganese steel.
在高铬铸铁中加入多种少量和微量合金元素用以生产反击式破碎机板锤,可使产品耐磨性和综合力学性能得到很大程度的改善,使用寿命比原用高锰钢提高4倍以上。
5)  impact crusher
反击式破碎机
1.
Crushing chamber of impact crusher with numerical simulation;
反击式破碎机腔型的数值仿真
6)  impact jaw crusher
冲击腭式破碎机
1.
Based on the analysis of the dynamics of impact jaw crusher, the mobile parameters and the changing rules of inertial force (inertial moment) are obtained; the determination of the balance mass and setting angle according to the minimising left inertial force is presented; a calculation formula for determining the optimizing balance mass and setting angle is also described in this paper.
本文在对冲击腭式破碎机的动力学进行分析的基础上,得到了连杆和动腭体的运动参数及惯性力(矩)的变化规律。
补充资料:带式输送机端部破碎机


带式输送机端部破碎机


  带式输送机端部破碎机象塑
  
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