Anti-attenuation process of diaphragm springs

Abstract

The invention discloses an anti-attenuation process of diaphragm springs. The anti-attenuation process comprises the following steps of carrying out adjustment, specifically, adjusting a sliding frame in the left-right direction, and aligning a station at the right end of the sliding frame with a heating device; carrying out feeding, specifically, placing a diaphragm spring on each of the three stations on the sliding frame; carrying out heating, specifically enabling the heating device to heat the diaphragm spring on the station at the right end; carrying out primary transfer, enabling the sliding frame to slide rightwards by a preset distance, enabling the station at the right end to be aligned with a strong pressure measuring device, and enabling the station in the middle to be aligned with the heating device; carrying out heating and strong pressure measuring, specifically, enabling the heating device to heat the diaphragm spring on the station in the middle, and enabling the strong pressure measuring device to carry out strong pressure measuring on the diaphragm spring on the station at the right end; carrying out secondary transfer, enabling the sliding frame to slide rightwards by a preset distance again, enabling the station at the right end to extend out, enabling the station in the middle to be aligned with the strong pressure measuring device, and enabling the station at the left end to be aligned with the heating device; carrying out material taking, specifically, taking down the diaphragm springs subjected to strong pressure from the station at the right end; and carrying out resetting.

Description

technical field [0001] The invention relates to the technical field of improving the thermal stability of a diaphragm spring, in particular to an anti-attenuation process of a diaphragm spring. Background technique [0002] Diaphragm spring is the core part of the clutch cover assembly in the automobile transmission system. [0003] After the diaphragm spring is produced, it is necessary to perform a strong pressure test to increase the stability of the diaphragm spring. A strong thermal force test means pressing the diaphragm spring for a predetermined number of times and then performing a load test. The ultimate goal is to make the diaphragm spring stable in shape and elastic. The coefficient is stable. [0004] At present, the strong pressure force measurement process is carried out step by step, and the diaphragm spring is manually transferred. The step by step strong pressure force measurement requires multiple machines to work together, which takes a long time and the...

AI Technical Summary

Problems solved by technology

[0004] At present, the strong pressure force measurement process is carried out step by step, and the diaphragm spring is manually transferred. The step by step strong pressure force measurement requires multiple machines to work together, which takes a long time and the efficiency of manual transfer is low.

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