Plug-in machine with plug-in fixing function

Abstract

The invention relates to the technical field of electronic component plug-in machines, in particular to a plug-in machine with plug-in fixing function. The plug-in machine comprises a machine tool, racks, movable racks, material clamping paws, plate transporting rails and a first driving mechanism, wherein the racks are provided with bend fixing devices; each bend fixing device comprises a base body, a buckling mechanism, a second driving mechanism and a first pressure cylinder; the buckling mechanism comprises bearings and internal spline sleeves; the internal spline sleeves are movably sleeved with external spline shafts; bend heads are arranged at the upper ends of the external spline shafts; the external spline shafts are provided with rotation wheels; the second driving mechanism is connected with the rotation wheels in a transmission manner; the first pressure cylinder is connected with the external spline shafts; steering spline sleeves and steering motors are movably sleeved on the movable racks; and down plug pressure cylinders are installed on the movable racks. The technical scheme has the following advantages: the electronic components are avoided from jittering on the PCB, thus reducing the phenomenon that the plugged electronic components break away from the PCB and ensuring normal operation of the equipment; and the practicability is strong.

Description

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AI Technical Summary

Benefits of technology

In this new design for an electrical connector used in computer systems, there has been developed a way to fix electronics during plugging process without causing damage or separating them from the printed wiring board (PCB).

Problems solved by technology

This patented problem addressed during this patents describes how current plugs used for inserting electrical devices have issues when they move around inside the holes formed through printed circuits (PC). These movements cause them to come off their own legs and become bent over time causing damage to other parts within the system. Existing solutions involve adding extra hardware like stops at specific locations along the edges where the electric component's leg goes under it, but these methods may also lead to incorrect placements caused by shaking or misalignment between different layers of materials.

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