Autoamtic cutter for iron core air gap and its using method

Abstract

An automatic cutter for iron core air gap includes one electronic control box and one traditional system to receive signal from the control box in cutting air gap of iron core. The traditional system includes a material setting area comprising an iron core set-in passage way, a setting platform in the outlet of the set-in passage way and a machining platform beside the setting platform; a first shifter on the setting platform to shift the iron core to the machining platform; and a cutting mechanism at the machining platform and comprising a motor, a rotating shaft and a cutting tool to machine iron core air gap. The automatic cutter is computer-controlled, has high product quality and fast speed, and may be used in mass production.

Description

Technical field: [0001] The present invention is related to the cutting of iron core air gap, especially an automatic cutting device and its application method for iron core air gap formed by encircling metal magnetic materials such as silicon steel sheet or nickel steel sheet. Background technique: [0002] At present, the iron core formed by surrounding and processing metal magnetic materials such as silicon steel sheet or nickel steel sheet, and forming an air gap with magnetic domain distribution on it is to remove the completed iron core and move it to a specific air gap The cutting mechanism (such as a lathe) performs subsequent air gap cutting, which will cause the problems that the iron core production process is cumbersome and cannot be produced in large quantities: [0003] 1. Each specific air gap cutting mechanism can only cut the air gap of the iron core only by one single, and it is purely manual, so the time and labor cost of each iron core are quite high, plu...

AI Technical Summary

Problems solved by technology

[0002] At present, the iron core formed by surrounding and processing metal magnetic materials such as silicon steel sheet or nickel steel sheet, and forming an air gap with magnetic domain distribution on it is to remove the completed iron core and move it to a specific air gap The cutting mechanism (such as a lathe) performs subsequent air gap cutting, which will cause the problems that the iron core production process is cumbersome and cannot be produced in large quantities:

[0003] 1. Each specific air gap cutting mechanism can only cut the air gap of the iron core only by one single, and it is purely manual, so the time and labor cost of each iron core are quite high, plus each The additional cost and floor area of ​​the specific air gap cutting mechanism are large, which limits the actual output of the existing iron cores. Due to the high cost, it often causes a heavy burden on the industry

[0004] 2. Because the air gap cutting is purely manual, and each person controls the product quality differently, if the cutting quality of the core air gap is not consistent, it often causes problems such as product return or remanufacturing due to waste products.

Images