输送量和两条输送带的速度计算；输送带的运行 方向，两条输送带的垂直距离和水平偏距，转载距离，输送带、滚筒和托辊数据；确定所 使用的缓冲方法，如短距离缓冲输送机，料箱或合适的缓冲结构；选择溜槽衬板材料；安 装后应便于更换，精心地考虑所存在的管路、电气管路、邻近的结构，粉尘的收集，在入 口处便于安装和起重溜槽部件。尽管漏斗和溜槽等部件已经有系列化的型谱，但随工程应 用的不同，仅采用传统的连续模型设计计算方法尚不能满足实际需求。
Calculation of conveying capacity and speed of two conveyor belts; running direction of conveyor belt, vertical distance and horizontal deviation distance of two conveyor belts, transfer distance, data of conveyor belt, roller and idler; Determination of buffer methods used, such as short-distance buffer conveyor, material box or appropriate buffer structure; selection of chute lining material; easy replacement after installation, careful consideration of existing Pipeline, electrical pipeline, adjacent structure, dust collection, easy to install and lift chute components at the entrance. Although the funnel and chute have a series of type spectrum, but with the different engineering applications, the traditional continuous model design and calculation method can not meet the actual needs.