Method and device for forming parts with tapered rubber tube

Abstract

The invention relates to a method for forming parts with a tapered rubber tube, which includes the following steps: Step 1: Put the tapered tube blank on the sealing assembly with the tapered rubber tube, and put the sealing assembly with the tapered tube blank into the lower mold In the floating block of the tire, make the axis of the two ends of the conical tube blank parallel to the working table of the equipment, and the equipment drives the upper mold tire to go down, so that the floating block of the upper mold tire is in contact with the floating block on the lower mold tire ;Step 2, forming stage: the upper mold tire continues to move down to lower the axis of the two ends of the conical tube blank to the preset position and maintain the preset tonnage. There is a liquid inlet on the sealing component, and the liquid finally enters through the inlet In the tapered rubber tube; the present invention also provides a device for forming parts of the tapered rubber tube.

Description

technical field [0001] The invention belongs to the technical field of metal pressure processing, and in particular relates to a method and a device for forming parts by a tapered rubber tube. Background technique [0002] Aeronautical and aerospace components require high reliability, high safety and lightest possible weight, so strict requirements are put forward for structural integrity, structural form and occupied space. It is necessary to ensure the overall reliability of the structure and at the same time On the basis of meeting the strength requirements, use the lightest possible mass. Space distortion parts are mostly formed by stamping and tailor welding, which has disadvantages such as deformation after welding, low strength, and heavy weight. The new generation of equipment has higher technical requirements for parts; [0003] The traditional forming process can no longer meet the forming requirements of new thin-walled components, and there is an urgent need to...

AI Technical Summary

Problems solved by technology

Space distortion parts are mostly formed by stamping and tailor welding, which has disadvantages such as deformation after welding, low strength, and heavy weight. The new generation of equipment has higher technical requirements for parts;

[0003] The traditional forming process can no longer meet the forming requirements of new thin-walled components, and there is an urgent need to develop a new generation of forming technology

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