A front axle forging removing device for a friction press

Abstract

The invention discloses a front axle forge piece move-out device for a friction press. The front axle forge piece move-out device for the friction press comprises a female die body and a die groove formed in the female die body; the female die body is provided with a sliding groove and further provided with two containing grooves matched with the sliding groove, and a moving mechanism is connectedto the interior of the sliding groove; and the moving mechanism comprises a sliding rail, two rotating devices and first telescoping devices, the two rotating devices are symmetrically connected to the corresponding ends of the sliding rail, and the first telescoping devices are fixedly connected to the rotating devices. According to the front axle forge piece move-out device for the friction press, through mutual collaboration of the moving mechanism, clamping mechanisms and ejection mechanisms, a workpiece can be clamped and moved out of the table face of the female die body; and the working state of the clamping mechanisms can be controlled through second telescopic parts, first telescopic parts rotate along with the second telescopic parts to enable ejection blocks to move, the workpiece is lifted up, the workpiece moves through the sliding rail after being clamped, therefore, artificial participation is not needed in the whole process, and the condition that operators are scaldedcannot occur.

Description

technical field [0001] The invention relates to the technical field of friction presses, in particular to a device for removing front axle forgings for friction presses. Background technique [0002] During the production process of the front axle of the automobile, a friction press is needed for die forging, and the friction press is a kind of universal pressure processing machine, which is widely used and can be used in various industries of pressure processing . In the machinery manufacturing industry, friction presses are more widely used, and can be used to complete die forging, upsetting forging, bending, correction, fine pressing, etc., and some flash-free forgings are also completed by this kind of presses. [0003] In the existing production process, the operator needs to put the workpiece into the mold cavity, and then through forging, the workpiece block is quickly formed. After the growth is completed, the pressed workpiece needs to be manually clamped with a la...

AI Technical Summary

Problems solved by technology

[0003] In the existing production process, the operator needs to put the workpiece into the mold cavity, and then through forging, the workpiece block is rapidly formed. After the growth is completed, the pressed workpiece needs to be manually clamped with a large clamp. The I-beam of the front axle of each car has a certain weight, so that the workers will not be able to clamp or hold it stably when operating, causing the workpiece to fall to the ground and easily burn people. Therefore, a friction pressure is proposed Machine-used front axle forging removal device

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