Butt joint-precise inductor assembly machine

Abstract

The invention relates to a butt joint-precise inductor assembly machine. The machine comprises a frame and a power distribution control box; the frame is provided with a conveying device; an iron sheet inserting device, a pressing ring device and an iron core inserting device are arranged above the conveying device in sequence; the conveying device is matched with a positioning device; the positioning device includes a positioning base arranged on a conveying base; the positioning base is provided with a positioning lifting cylinder; the positioning lifting cylinder is provided with a positioning lifting block matched with a positioning lifting slide rod on the positioning base; and the positioning lifting block is provided with a positioning pin matched with a positioning pin sleeve arranged on a conveying carrier. The machine is provided with the positioning device in the conveying device; and through insertion matching between the positioning pin arranged on the positioning lifting block and the positioning pin sleeve arranged on the conveying carrier of the conveying device, the conveying device stops conveying, the inertia influence is eliminated, the butt joint precision between the conveying carrier and each assembly part is improved, and the yield is largely increased.

Description

technical field [0001] The invention relates to the field of processing equipment for electronic products, in particular to an inductor assembly machine capable of precise docking. Background technique [0002] With the high-speed progress of the electronic process, the application of various electronic products is becoming more and more extensive. Inductors are a commonly used electronic product with a wide range of applications. Most inductors include the main frame, iron sheets, coils and The iron core, therefore, usually needs to assemble the above-mentioned components during its processing. [0003] Most of the existing assembly equipment adopts assembly production lines, most of which are semi-automatic, requiring manual loading of the main frame and removal of the loaded products. Some of them are equipped with one equipment for each assembly station, requiring frequent For retrieving and loading, some use a conveying device to transport the skeleton, and the conveyi...

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Problems solved by technology

[0003] Most of the existing assembly equipment adopts assembly production lines, most of which are semi-automatic, requiring manual loading of the main frame and removal of the loaded products. Some of them are equipped with one equipment for each assembly station, requiring frequent For retrieving and loading, some use a conveying device to transport the skeleton, and the conveying device is equipped with an iron sheet inserting device, a coil pressing device and an iron core inserting device, but there will be certain problems. When the various assembly parts are docked, the stop position may be inaccurate, which will affect the quality of the inductor discharged from the device, resulting in a high defective rate

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