Double array direct insertion integrated pin shaping method and device

Abstract

The method comprises: a) placing the IC chip on the fixture in order to make two columns of pins of the IC chip are respectively located at two sides of the fixture; the shape of the fixture corresponds to the shape formed by the IC chip two columns of pins and the IC chip; b) using a rotated cylinder to roll the pins in order to make press on the pins. The invention also reveals a device thereof comprising a base, a fixture, a cylinder rolling bearing; the fixture is mounted on the base; there are two rolling bearing respectively mounted on both side of the fixture.

Description

technical field [0001] The invention relates to a method and device for processing electronic products, in particular to a method and device for shaping the pins of a dual in-line integrated block. Background technique [0002] In recent years, electronic communication, IT, automation and other industries have achieved unprecedented rapid development, and electronic products have become indispensable consumer goods in people's lives today. Therefore, the demand and production volume of electronic products are very large, especially the frequency of use of integrated blocks of key components is quite high. Before the printed circuit board of electronic products is processed and welded, whether it is manual welding or wave soldering machine welding, device insertion including integrated blocks must be performed, and the insertion of integrated blocks is the most difficult and most important in the insertion process. Since the pins of the dual-in-line integrated block are usua...

AI Technical Summary

Problems solved by technology

Since the pins of the dual-in-line integrated block are usually many and the spacing is small, if you cannot ensure that each pin is completely vertical and consistent when plugging in, it cannot be inserted into the board, which is more likely to cause damage to the pins, resulting in Manifold scrap

[0003] The pins of the integrated block are not completely vertical, resulting in too large a double-row pin spacing

In the existing technology, one is to use manual pressing, which is difficult to accurately grasp the scale; the other is to use a plane clamp to clamp the pins of the integrated block from both sides, and the operation is difficult to achieve in one step, and because it needs to make all pins at the same time in an instant. If the foot is deformed, it requires a lot of force, which can not achieve the purpose of saving time and effort, and is good and fast

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