Aiming at the shortcomings and deficiencies of the guide chute in belt conveying machinery,the structure of the guide chute is optimized.The original vertical cylindrical structure of the material guide chute has been improved to a three-stage structure.The first side wall of the guide groove adopts a small angle inclined shape,and the complete shape is similar to the side surface of a frustum.The second-level side wall of the material guide groove adopts a large angle inclined shape.The third-stage sidewall of the material guide slot adopts a short vertical design and leaves a certain distance from the surface of the second-stage conveyor belt.The first level side wall is fixedly connected,and the first level side wall and the second level side wall,and the second level side wall and the third level side wall are rotatably connected to increase flexibility during the material impact process.Test results show that the optimized guide chute itself and the surface of the second-stage conveyor belt are subject to smaller impact forces.
belt conveyorconveyor machineryguide chuteconveyor beltoptimization design
万方数据
维普
