Mineral separator and use method thereof

Abstract

The invention relates to the mechanical field, in particular to a mineral separator and a use method thereof. The mineral separator comprises a separating cylinder, a water inlet pipe, a mineral inlet pipe and a rotary hydraulic generator, wherein the water inlet pipe is used for injecting water to the separating cylinder; the mineral inlet pipe is used for injecting minerals into the separating cylinder; and the rotary hydraulic generator is used for enabling water in the separating cylinder to be generated in the separating cylinder and rotates around the side wall of the separating cylinder, wherein a crude ore flowing-out hole for discharging crude ores is formed in the bottom of the separating cylinder. During separating the crude ores and fine ores, water is injected into the separating cylinder through the water inlet. When the water in the separating cylinder reaches a preset height, ores are injected into the separating cylinder through the ore inlet pipe. Under the rotation of the water, the fine ores rise with the rotation of the water due to smaller weight, the crude ores with larger weight sink with the rotation of the water and are discharged out from the crude ore flowing-out hole in the bottom of the separating cylinder and the fine ores overflow out from the top of the separating cylinder so as to separate the crude ores and the fine ores. The mineral separator provided by the invention is not easy to block.

Description

Technical field [0001] The invention relates to the field of machinery, in particular to a mineral separator and a method of use thereof. Background technique [0002] At present, the device for separating coarse ore from fine ore in minerals is a vibrating screen. The vibrating screen is mainly composed of a screen box, a vibration exciter, a suspension (or support) device and a motor. The motor drives the main shaft of the exciter to rotate, and the screen box vibrates due to the centrifugal inertia force of the unbalanced weight on the exciter. The screen box is provided with multiple screen holes. The diameter of the screen hole is equal to the maximum diameter of the fine ore required by the user. During the vibration of the screen box, the fine ore that meets the user's requirement can be screened out from the screen hole. Coarse ore with a diameter larger than the fine ore required by the user cannot pass through the outflow hole of the fine ore, and is left in the scree...

AI Technical Summary

Problems solved by technology

[0003] However, in the process of mineral separation, the fineness of the minerals is uncertain. When the user selects the required vibrating screen to separate the minerals of the required fineness, there may be minerals with a larger fineness that will pass through the sieve holes. Blocking makes some sieve holes lose the function of screening minerals. Therefore, in the process of using the vibrating screen, it is often necessary to maintain and maintain the sieve holes, which affects work efficiency.

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