An ultra-high magnetic separation device for magnetite in water with added artificial intelligence

Abstract

The invention discloses an ultra-high magnetic beneficiation device for magnetite in water with increase of artificial intelligence. The ultra-high magnetic beneficiation device comprises a substratehaving a circular outer contour and a main controller. A hollow round table is concentrically fixed on the upper end surface of the substrate. The upper bottom diameter of the hollow round table is greater than the lower bottom diameter. A circular tube is fixedly arranged at the axis of the hollow round table in a penetration way. A cylinder is fixedly connected at the lower end of the circular tube. a partition plate is fixedly arranged in the cylinder and the circular tube. The partition plate separates the circular tube into an air path channel and a sand path channel. The sand path channel is communicated with the cylinder, and a plurality of diversion tubes are fixedly communicated at the lower end of the circular tube. The device has the advantages that the sand grains with higher density are thrown far away, whereas the sand grains with lower density are thrown near so that the separation of the sand grains and the iron sand can be realized, the density of the sand grains is obviously less than that of the iron sand, and thus iron sand is located in the space between two distant layered covers in actual operation and the purpose of rapid separation and beneficiation of theiron sand and the sand grains can be realized.

Description

technical field [0001] The invention relates to the field of mineral processing technology, in particular to an ultra-high magnetic separation device for magnetite in water with artificial intelligence added. Background technique [0002] In the process of building islands and filling reefs, a large amount of sea sand needs to be dug out in the sea and transported away. If the sea sand contains magnetite, the concentrate should be selected to save resources and save It can generate economic benefits and reduce the cost of reef filling. [0003] After retrieval, the Chinese invention with the publication number CN106076615A discloses a magnetite ultra-high magnetic separation device in water with added artificial intelligence. , the ejected sea sand flow and the rotation of the rotating fan blades merge to form a new rotating upward ore sand flow. At this time, the sea sand flow in the beneficiation tank generates a rotating upward thrust, and the iron-containing sea sand wi...

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Problems solved by technology

[0004] The scheme proposed by this patent realizes the selection of iron sand ore better, but in actual application, because the sand contains a large amount of water, more iron sand will be bonded together, which makes the above patent impossible to realize.

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