Ball milled powder conveying system

Abstract

The invention relates to a ball milled powder conveying system. The ball milled powder conveying system comprises a plurality of sections of wind motive chute bodies which are connected together through a plurality of buffer tanks and a fan connected with the plurality of sections of wind motive chute bodies through a plurality of air pipe valves, wherein two feed openings are formed in one end of the plurality of sections of wind motive chute bodies; discharge openings are formed in the rear and tail parts of the plurality of sections of wind motive chute bodies; each of the discharge openings is connected with a powder material bin; each section of wind motive chute body in the plurality of sections of wind motive chute bodies is provided with a chute blocking valve; and a discharge opening electric valve is mounted at the outlet of each of the plurality of buffer tanks. According to the ball milled powder conveying system, not only is the purpose of long-distance and multi-point powder material conveying achieved, but also the sealing performance is good, the structure is simple, the failure rate is low, and the disadvantages that the conventional powder material conveying device cannot realize long-distance and multi-point material conveying, and is poor in sealing performance and low in failure rate are overcome.

Description

technical field [0001] The invention relates to the field of conveying powder materials, in particular to a ball mill powder conveying system. Background technique [0002] At present, the powder conveying device commonly used by carbon enterprises is assembled from a star-shaped feeding valve, a motor, a reducer, a screw, and a hanging bearing. The powder is lowered into the screw through the star discharge valve, and then the motor reducer drives the screw to rotate to achieve the purpose of conveying materials; however, due to the limited length of the screw, it is difficult to meet the requirements of long-distance conveying materials. In order to extend the conveying distance, multiple The screw is connected by hanging tiles to achieve long-distance feeding. And this kind of device has poor sealing performance, serious environmental pollution, and high failure rate of suspension tiles. It is difficult for a set of devices to meet the requirements of multi-point deliver...

AI Technical Summary

Problems solved by technology

The powder is lowered into the screw through the star discharge valve, and then the motor reducer drives the screw to rotate to achieve the purpose of conveying materials; however, due to the limited length of the screw, it is difficult to meet the requirements of long-distance conveying materials. In order to extend the conveying distance, multiple The spiral is connected by hanging tiles to achieve long-distance feeding

However, this kind of device has poor sealing performance, serious environmental pollution, and high failure rate of hanging tiles. It is difficult for a set of devices to meet the requirements of multi-point transportation of ball mill powder and other materials.

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