Structure of improved soft magnet

Abstract

The disclosed modified structure of soft magnet includes a flat blank formed from soft magnet, and an arrangement framework of homotropic knurl in minuteness positioned on at least one surface of the flat blank of the soft magnet. When an outside force or shearing force applies on the soft magnet along at least one arrangement framework of knurl, simple tearing or severing by tearing occurs along path set up on arrangement framework of knurl.

Description

Technical field: [0001] The invention relates to an improved structure of a soft magnet. Background technique: [0002] Generally, soft magnets are mostly composite sheet or block materials made of iron oxide or other magnetic powders mixed with rubber and plastic. Magnetic disks, which are used to induce magnetic poles of different magnetic properties on the surface of the base material; form soft magnets that are flexible and can be attracted to each other or to ferrous materials (attracted objects), and these soft magnets can be made into decorations Magnetic blocks (sheets), magnetic clips, magnetic binders, or other file-assisted positioning objects, etc., have recently developed extremely thin soft magnetic sheets, which will make the application more extensive. [0003] During the production process, soft magnets must go through procedures such as molding, magnetization, and cutting before they can be produced and used. [0004] However, in addition to using cutting...

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Problems solved by technology

[0004] However, in addition to the traditional soft magnets using cutting methods to meet the needs of customers to divide or divide into pieces, thin slices need to rely on cutting tools to achieve, which is still inconvenient to use

Moreover, if such soft magnets need to be subjected to long-distance cutting operations, it is still necessary to rely on precise measurement and positioning platforms for cutting operations. In a modular soft magnet production line, the above-mentioned tools Measuring and cutting operations make the production process more troublesome and increase the cost of production, which relatively reduces the overall production capacity

If the organizational structure of the soft magnet can be reconsidered, and its structure can be cut more easily, it will be different from the prior art, and can improve the relatively cumbersome deficiency of the above-mentioned production process.

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