An off-line magnetic separation brush rotary pendulum detection and tube all-in-one machine for magnetic materials

Abstract

The invention discloses an off-line magnetic separation sliding brush swivel detection and installation integrated machine for magnetic materials. The industrial control panel, the power distribution box, and the short indicator lamp post, the present invention realizes the cooperation of the magnetic separation rotary pendulum rack slot and the tube slot opening to realize the offline operation in the rectangular slot body, so that during the magnetic separation sliding brushing process, Push the particle magnetic beads of the single-channel pipe seat, and remove the non-magnetic impurity particles to the screening column seat and the inclined particle introduction screen, and then move laterally through the pendulum of the sliding brush pendulum ring, so that the magnetic material The bearing forms the effect of fluid bed sieving, and gradually removes the non-magnetic particles at the bottom, so that the fluid particles at the top can sense the magnetic material to form the rolling effect of the chute of the tube loading slot, which is convenient for the rolling consistency of the later tube loading and The magnetic guidance improves the working performance of the inspection and loading machine and ensures the smooth operation of the offline mechanical rack.

Description

technical field [0001] The invention relates to an off-line magnetic separation sliding brush rotary pendulum detection and tube integrated machine for magnetic materials, which belongs to the field of magnetic materials. Background technique [0002] Magnetic materials are commonly used auxiliary parts for hoisting and attracting steel bar building materials in physical building construction. The detection of magnetic properties and the dumping of pipes require rigorous screening, and the detection operation of the all-in-one machine will improve the particle accuracy and magnetic properties of magnetic materials. In terms of selection effect, the disadvantages to be optimized in the current technology are as follows: [0003] The magnetic quicksand of magnetic material is a fluid structure composed of many small magnet particles, which is convenient for multiple shape changes to fit the adsorption products. However, in the detection of internal magnetic force, it will caus...

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Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide an integrated machine for detecting and installing tubes of the off-line magnetic separation sliding brush and pendulum of magnetic materials, so as to solve the problem that the magnetic quicksand of magnetic materials is a fluid structure composed of a plurality of small magnet particles. , which is convenient for multi-shape changes to fit adsorption products, but in the detection of internal magnetic force, it will cause indirect degaussing effects due to the inclusion of non-magnetic particles when loading the tube, so that through a single non-magnetic induction phenomenon, the chain reaction becomes a peripheral correlation The magnet particles gradually lose their magnetic force, so that the overall performance of the magnetic material is excellent before the test, but after the test, the texture changes when the tube is left standing still, and the internal magnetic force is excessively entrained, which leads to the spread of demagnetization and the strong graininess. Problems with fluid structure depletion and loss of functionality

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