mineral separator

Abstract

The invention discloses a mineral separator. The mineral separator comprises a feeding baffle plate, wherein a feeding inlet is connected to the lower surface of the feeding baffle plate and is of a rectangular structure; the top part of the feeding inlet is hinged to the feeding baffle plate; a buffer plate penetrates through the bottom of the feeding inlet to be connected with a material storing device; a rectangular opening matched with the feeding inlet is formed in the buffer plate; the buffer plate is fixed to the material storing device; the bottom of the material storing device is positioned on a gas and solid mixing and collecting device; the gas and solid mixing and collecting device is communicated and connected with the material storing device; an air supply device is also arranged on the gas and solid mixing and collecting device; a plurality of though holes are formed in the parts, corresponding to the air supply device, of the material storing device; the air supply device is communicated and connected with the gas and solid mixing and collecting device. The mineral separator can effectively separate minerals, meanwhile can conveniently feed and discharge the minerals, can play the role of buffering, and can also better collect gas and solids; and in a using process, the mineral separator has a dust-removing effect and does not pollute environment, and the practicability is improved.

Description

technical field [0001] The invention relates to a separator, in particular to a mineral separator. Background technique [0002] The mineral separator can better separate the minerals. The commonly used mineral separator also has a dry shaker, which does not use wind force, and only relies on the spiral movement of the material to separate the layers. The large particle size is on the upper layer, and the small particle size is on the lower layer. The separation effect is poor, the separation speed is slow, and the separation can not be better. The other is to use mechanical vibration to make the sorted material move as a spiral tumbling, forming multiple sorting, and making full use of the gradually increased density of the bed material. The buoyancy effect of particle interaction is used for sorting. But still there are certain deficiencies, can not be put into use better, also need to make certain improvement to it. Contents of the invention [0003] The technical pro...

AI Technical Summary

Problems solved by technology

[0002] The mineral separator can better separate the minerals. The commonly used mineral separator also has a dry shaker, which does not use wind force, and only relies on the spiral movement of the material to separate the layers. The large particle size is on the upper layer, and the small particle size is on the lower layer. The separation effect is poor, the separation speed is slow, and the separation can not be better. The other is to use mechanical vibration to make the sorted material move as a spiral tumbling, forming multiple sorting, and making full use of the gradually increased density of the bed material. Buoyancy effects of particle interactions for sorting

However, there are still some deficiencies, and it cannot be put into use better, and it needs to be improved to a certain extent.

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