Elastic support for automobile stabilizer bar tip forging equipment

Abstract

The invention provides an elastic support for automobile stabilizer bar tip forging equipment. The elastic support comprises a base plate (1) fixed on a machine tool. A rear supporting block (2) and a guide positioning block (3) are fixedly arranged on the base plate; a front supporting block (4) is inserted in the guide positioning block (3); a fastening slot (5) with an horizontal opening is arranged on the right side of the front supporting block (4), the left side of the front supporting block (4) is connected to one end of a spring guide pin (6 )horizontally, and the other end of the spring guide pin (6) is inserted in the rear supporting block (2); a spring (7) is sleeved on the spring guide pin (6) between the front supporting block (4) and the rear supporting block (2). The spring device arranged between the front supporting block and the rear supporting block can eliminate axial action force generated during forging of stabilizer bars effectively and function in elastic supporting, thereby preventing bending during forging of the stabilizer bars and then avoiding influences to the subsequent processes.

Description

technical field [0001] The invention relates to an elastic support device, in particular to an elastic support for forging equipment for the end of an automobile stabilizer bar. [0002] Background technique [0003] The existing automobile stabilizer bar usually adopts the connection mode of fastening bolts when connecting with the automobile swing arm, so the end of the stabilizer bar needs to be forged into a certain shape, and a mounting hole is reserved in the middle. The processing technology of the shape of the end of the stabilizer bar is generally heated before bending and then flattened before cutting the flash and punching. It can be completed by a press. When one end of the stabilizer bar is flattened on the press, the other end needs to be positioned. Otherwise, the stabilizer bar is easy to vibrate, resulting in irregular flattened shape. [0004] The current positioning method is generally to use a fixed support to locate the end of the stabilizer bar that ...

AI Technical Summary

Problems solved by technology

[0004]The current positioning method generally uses a fixed support to position the end of the stabilizer bar that does not need to be forged, and restricts the front, rear, left, and right movement of the stabilizer bar during forging

However, when this positioning method is used for forging, since the other end that is not forged is fixed, the forged part of the stabilizer bar needs to bear pressure during forging. Because the forged part is heated, it will squeeze the stabilizer bar when it is under pressure. The material of the stabilizer bar is spring steel. , prone to bending, causing the shaft to form an arc easily, which brings inconvenience to the subsequent stabilizer bar production process

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