筛箱 meaning in Chinese
screen box
sieve box
straining box
Examples
- Finite element analysis and improving measure of hot ore vibrating screen
热矿振动筛筛箱故障有限元分析和改进 - When the shaker is working , its roller screen not only vibrates with the shaker deck , but also slowly rotates with the axis of itself , and the drilling fluids returned from annular space are separated inside the roller screen
工作时筛网筒与筛箱一起振动，同时还绕自身轴线作缓慢的旋转运动，从环空返回的钻井液进入筛筒内部进行分离。 - Series of screen - bohou adopt large amplitudes , big intensity of vibrations , flexible screen surfaces , the motion parameters characteristics of adjustable amplitudes ; the unique structural features of " board of screen active , box inactive , unattached vibration of the screen surface " ; though segmented , multi - segments of screen surface jointed , large - scale of screen equipments can be realized , the advantages of large area , big handling capacity and no special requirements to the water of materials make the screen to be the best screen equipments used for the small wet materials
简介：博后筛系列采用大振幅、大振动强度、弹性筛面、振幅可调的运动参数特点；及独特的“筛板振动、筛箱不振动、各段筛面独立振动”的结构特点；经分段、多段筛面组合，实现了筛分设备大型化，大面积、大处理能力的优势及对物料水分的无特殊要求，是潮湿细粒难筛物料的最佳筛分设备。 - This machine is comprised of screen box , vibration source and damper , vibrating frame and screen box are connected with 4 - 12 group soft rubber damp - ers fixed up and down , and the centrifugal force is generated therein , the floating ampli - tude is controlled by the damper , by which , material realizes a process of throw and lami - nation filtration downward , and therefore reach - ing the optimized grading and screening ef - fect
本机由筛箱.振动源及减震器三大部分组成.振动机架与筛箱连接有4 - 12组软橡胶减震器上下固定,产生离心力,由震器控制浮动振幅,使物料有一个向下抛震和向下分层过滤的过程,从而达到最佳分级过筛的效果 - On the basis of considering the influences upon the conveyance motion of solid phased particles affected by parameters of motive path of sieve chest , inclination of sieve surface , azimuth of vibration , throwing index and adhesive resistance of well drilling liquid etc . , the kinetics equations of conveyance speed and displacement of solid phased particles were established
在考虑筛箱运动轨迹、筛面倾角、振动方向角、抛掷指数和钻井液粘附阻力等参数对固相颗粒运移影响的基础上，建立了固相颗粒运移速度和位移的动力学方程。