Falling type uniform material distributing system

Abstract

The invention provides a falling type uniform material distributing system. The falling type uniform material distributing system comprises a furnace body, a stock bin, a material distributing deviceand a driving device, wherein the material distributing device is arranged at an unloading port of the stock bin along the horizontal direction and comprises a material distributing stationary plate and a material distributing movable plate; the material distributing stationary plate is fixedly connected to the inner wall of the furnace body, the material distributing movable plate is arranged above the material distributing stationary plate and is connected to the driving device, and the driving device drives the material distributing movable plate to move to distribute materials. The systemprovided by the invention achieves uniform material distribution of particle materials on a plane, and the material distributing uniformity is guaranteed by means of uniform porous material distribution, so that the stability of production quality is guaranteed; meanwhile, by adjusting the size of a blank hole, the material distributing uniformity at different falling amounts is achieved, and thesealing reliability in the furnace during material distribution is achieved.

Description

technical field [0001] The invention belongs to the technical field of material distribution machinery, and in particular relates to a drop-type uniform material distribution system. Background technique [0002] At present, most of the distribution methods include the following: (1) Distributor distribution: the material enters the receiving hopper, the hopper rotates at a certain angle, and then the electric material clock at the lower part of the hopper goes down, and the material is added into the kiln. Each batch of material is added several times. Each time the hopper rotates and feeds at a certain different angle, and after several cycles, the material distribution effect required by the process is obtained; (2) Bellless material distribution: the rotating chute on the top of the material bellless furnace can realize various material distribution methods, according to production. The requirements for throat cloth generally have the following four basic cloth methods: ...

AI Technical Summary

Problems solved by technology

However, the above distribution methods are all carried out by mechanical movement or changing the airflow distribution. The consistency of the distribution in different directions is limited. When the machine is deviated or unstable, it is easy to cause uneven distribution, and the material bell or chute has a complex structure. high investment cost

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