Magnetic density order descending array demagnetizing plate

A technology of magnetic density and degaussing plate, applied in the electromagnetic field, can solve the problems of low speed, lack of degaussing effect, high energy consumption, and achieve the effect of a wide range of applications

Active Publication Date: 2011-11-23
BAOSHAN IRON & STEEL CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

But its problems are: 1. High energy consumption; 2. The best degaussing effect cannot be obtained because the speed cannot be increased; 3.

Method used

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  • Magnetic density order descending array demagnetizing plate
  • Magnetic density order descending array demagnetizing plate
  • Magnetic density order descending array demagnetizing plate

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0041] Magnetic density descending array degaussing plate structure of the present invention: 01 (A4) is the magnetic steel array base plate unit, 20 pieces of 01 (A4) magnetic steel array base plate units constitute the magnetic steel array base plate, and 03 and 05 are fixing bolts fixed on the combined magnetic plate. Steel array base plate 02. 04 is the seam of the combined magnetic steel array bottom plate unit. 06 is permanent magnetic steel (the first piece has the highest magnetic strength), arranged from top to bottom, from large to small, crossing from north to south; 07 is a non-magnetic protective cover. 08 is a wooden strip of non-magnetic material embedded between two magnetic steels; 09 is a permanent magnetic steel (the last piece has the smallest magnetic strength).

[0042] Permanent magnets 06 with S and N staggered arrangements are arranged on the base plate of the magnet array, and the permanent magnets are arranged from top to bottom with magnetic streng...

Embodiment 2

[0049] Except for the following differences, the premise is the same as in Embodiment 1, and the magnetic density descending array degaussing plate of the present invention is formed to degauss the steel wire-lined conveyor belt.

[0050] The magnetic strength of the permanent magnetic steel array is 5000gs-100gs in descending order, and 12 pieces of 01 (A4) magnetic steel array bottom plate units constitute the magnetic steel array bottom plate, that is, the magnetic strength of every two adjacent permanent magnetic steel drops to (5000-100 )÷12=408gs. And the magnetic intensity curve presents an approximately oblique linear gradient change.

[0051] The magnetic density descending array degaussing plate of this embodiment is used for degaussing the steel wire-lined conveyor belt with residual magnetization (magnetization) in the steel plant. The conveyor belt passes over the surface of the magnetic density descending array degaussing plate of the present invention at a runn...

Embodiment 3

[0053] Except for the following differences, the premise is the same as in Embodiment 1, and the magnetic density descending array degaussing plate of the present invention is formed to degauss the steel wire-lined conveyor belt.

[0054] The magnetic strength of the permanent magnets is 5000gs-100gs in descending order, and 8 pieces of 01 (A4) magnetic steel array bottom plate units constitute the magnetic steel array bottom plate, that is, the magnetic strength of every two adjacent permanent magnets drops to (5000-100) ÷8=612gs. And the magnetic intensity curve presents an approximately oblique linear gradient change.

[0055] The magnetic density descending array degaussing plate of this embodiment is used for degaussing the steel wire-lined conveyor belt with residual magnetization (magnetization) in the steel plant. The conveyor belt passes over the surface of the magnetic density descending array degaussing plate of the present invention at a running speed of 5-10 m / s ...

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Abstract

The invention discloses a magnetic density order descending array demagnetizing plate. The demagnetizing plate is structurally characterized in that: S and N staggered permanent magnet steels (06) are arranged on a magnet steel array bottom plate, and the permanent magnet steels are arranged from top to bottom and from big to small; a nonmagnetic substance (08) is embedded among the permanent magnet steels; and the magnetic intensity of the permanent magnet steels meets a descending order of 5,000 to 100gs, and is in oblique linear gradient change. The area of A4 magnet steel array bottom plate units (A4) and the number of unit combination can be freely increased and reduced according to the requirements of demagnetized characteristics, and the size and the magnetic intensity of the arraymagnet steels can be freely adjusted according to the requirements of the demagnetized characteristics; the demagnetizing plate is suitable for large-area demagnetizing operations of ships, submarines, plates, steel lining conveyer belts, vehicles and the like, and is also suitable for small magnetized bodies such as watches, screwdrivers and the like; and the demagnetizing plate breaks through the electric oscillation principle of the traditional demagnetizer with high energy consumption, is maintenance-free, and has no energy consumption, a wide application range and a high popularization value.

Description

technical field [0001] The present invention relates to the field of electromagnetism. Specifically, the present invention relates to a degaussing device for industrial equipment. More specifically, the present invention relates to a magnetic density descending array degaussing board. The magnetic density descending array degaussing board can perform fast degaussing without energy consumption and maintenance. Background technique [0002] In various industrial equipment, for example, in large equipment or devices such as ships, submarines, plates, steel wire-lined conveyor belts, vehicles, etc., as small as watches, screwdrivers, etc. Small equipment, tools, etc., are often due to their electromagnetic The live use of iron components causes the magnetic conductors of the equipment or devices, tools, etc. to be magnetized. After the components of the magnetizer device have been magnetized during use, adverse consequences of use can occur, for which reason demagnetization mus...

Claims

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Application Information

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IPC IPC(8): H01F13/00
Inventor 孔利明李斌陈健朱怿诚
Owner BAOSHAN IRON & STEEL CO LTD
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