A chip insertion machine for inductors

Abstract

The present invention relates to the technical field of inductor assembly equipment, in particular to an inserting machine for inductors. The material guide groove of the working panel, the silicon steel sheet thickness adjustment mechanism installed on the working panel, the splitting mechanism and the pushing mechanism, and the electrical control device arranged in the chassis, the splitting mechanism and the pushing mechanism are respectively arranged on the guide Both sides of the material trough are connected to the material guide trough. Compared with the prior art, the inserting machine of the present invention realizes the functions of automatic slicing and inserting, and inserts the silicon steel sheets with the required superimposed thickness into the frame at one time, thereby saving manpower and greatly improving the inserting efficiency. And the insert position is more accurate.

Description

technical field [0001] The invention relates to the technical field of inductor assembly equipment, in particular to a chip insertion machine for inductors. Background technique [0002] Inductors are widely used in various types of electronic equipment. They are divided into various types according to the structure of the silicon steel sheet. In the production process of the inductor, the silicon steel sheet needs to be superimposed to the required thickness, and then inserted into the skeleton. A coil is wound on the bobbin. Among them, for I-type silicon steel sheets, the traditional inserting method mostly uses manual direct insertion of silicon steel sheets into the skeleton, and the silicon steel sheets of different products have different stacking thicknesses, and often need to insert dozens of silicon steel sheets. During operation, The number of silicon steel sheets can only be determined by the experience of the workers and the feel of the hand, resulting in more ...

AI Technical Summary

Problems solved by technology

Among them, for I-type silicon steel sheets, the traditional inserting method mostly uses manual direct insertion of silicon steel sheets into the skeleton, and the silicon steel sheets of different products have different stacking thicknesses, and often need to insert dozens of silicon steel sheets. During operation, The number of silicon steel sheets can only be determined by the experience of the workers and the feel of the hand, resulting in more or less taking. Each product needs to be divided several times before all the silicon steel sheets can be inserted into the skeleton, and the manual operation will also cause silicon steel sheets to be broken. If the insertion is not in place, it is necessary to use a special jig to knock the silicon steel sheet into the required position. Therefore, this manual operation is complicated and inefficient, and takes up a lot of manpower. Moreover, the accuracy of the insertion is poor, which seriously affects the quality of the product. Quality and Market Competitiveness

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