Iron core raw material fixed-length feeding device based on ferrite magnetic core cutting machining

Abstract

The invention relates to the technical field of magnetic core cutting machining, in particular to an iron core raw material fixed-length feeding device based on ferrite magnetic core cutting machining. The iron core raw material fixed-length feeding device based on ferrite magnetic core cutting machining comprises feeding equipment and a cutting device installed above the feeding equipment, wherein the cutting device comprises a cutting box, and a cutter is connected to the lower portion of the cutting box. In the iron core raw material fixed-length feeding device based on ferrite magnetic core cutting machining, a base and a cutting plate are arranged, and a feeding plate is pushed forwards, so that a magnetic core body can be conveniently driven to move and conveniently conveyed; the magnetic core body can be conveniently cut through connection of the cutting plate and the cutter; by means of rotation of a driving rod, an arranged limiting box can conveniently drive a driving rod gear and a lead screw to be engaged, and therefore a rotating rod is driven to rotate; and meanwhile, the rotating rod drives a baffle to move front and back, and therefore, the effect of adjusting the cutting length of the magnetic core body is achieved.

Description

technical field [0001] The invention relates to the technical field of magnetic core cutting processing, in particular to a fixed-length feed feeding device for iron core raw materials based on ferrite magnetic core cutting processing. Background technique [0002] The ferrite core is mainly composed of three metal elements: iron, manganese, and zinc. It is usually called manganese-zinc ferrite. The ring-shaped ferrite core has no air gap and has the same cross-sectional area, so the magnetic effect is very small. High, due to the wide application range of ferrite, there are many specifications and sizes. To produce these magnetic cores of different specifications, it is generally necessary to cut the raw materials of ferrite cores, but the cutting of existing magnetic cores is general. Manually fixing the size to be cut, and then cutting with a cutting machine, cannot complete the production work efficiently, and consumes a lot of manpower. Therefore, a fixed-length feed fe...

AI Technical Summary

Problems solved by technology

[0002] The ferrite core is mainly composed of three metal elements: iron, manganese, and zinc. It is usually called manganese-zinc ferrite. The ring-shaped ferrite core has no air gap and has the same cross-sectional area, so the magnetic effect is very small. High, due to the wide application range of ferrite, there are many specifications and sizes. To produce these magnetic cores of different specifications, it is generally necessary to cut the raw materials of ferrite cores, but the cutting of existing magnetic cores is general. Manually fixing the size to be cut, and then cutting with a cutting machine, cannot complete the production work efficiently, and consumes a lot of manpower. Therefore, a fixed-length feed feeding device for ferrite core cutting is needed to improve the existing lack of technology

Images