Transistor forming equipment

Abstract

The invention discloses transistor forming equipment which structurally comprises a machine body, a forming mechanism and a push-off rod. The push-off rod is connected with the upper surface of the machine body, and the forming mechanism is fixedly embedded in the upper end of the machine body. When a push block perfoms extrusion shaping on a power connection pin and then contract, a stress platecan be continuously pushed to extend outwards through an elastic sheet in the contraction process of the push block, so that the stress plate can extend outwards to push the power connection pin awayfrom the outer surface of a plate body, and the situation that when the push block extrudes the power connection pin towards the middle part, the power connection pin is bent and then clamps the pushblock so that the falling-off is difficult is effectively avoided; and when the the power connection pin is taken out, a reset sheet can continuously push a fixing plate to perform rapid reset in theprocess that the power connection pin is separated from the outer surface of an outer contact surface, and an extension plate can extend outwards under the cooperation of an elastic ring through the inertia force generated by the outward extension reset of the fixing plate, so that the extension plate can push the power connection pin away from the outer surface of a plate block.

Description

technical field [0001] The invention relates to the field of transistors, in particular to a transistor forming device. Background technique [0002] The transistor forming and bending machine is mainly used for bending and forming the electrical connection pin of the transistor. The electrical connection pin of the transistor can be shaped by squeezing the electrical connection pin of the transistor to the middle through the push blocks on both sides. Based on the above Description The inventors found that the existing transistor forming equipment mainly has the following deficiencies, for example: [0003] Since the transistor forming bending machine uses two push blocks to extrude and shape the electric connection pins formed by the transistor, if the front end of the push block is triangular, it is used to push out the corners on the electric connection legs, and push the push block to the middle Crimping the electric pin will cause the electric pin to bend and clamp th...

AI Technical Summary

Problems solved by technology

[0003] Since the transistor forming bending machine uses two push blocks to extrude and shape the electric connection pins formed by the transistor, if the front end of the push block is triangular, it is used to push out the corners on the electric connection legs, and push the push block to the middle Crimping the electric pin will cause the electric pin to bend and clamp the push block. If you continue to push inward at this time, the electric pin will be bent and tightly clamped on the push block, which will cause the push block to shrink and reset. The case where the connecting pin is pulled to both sides and deformed

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