Flexible riveting equipment for automobile safety belt support

Abstract

The invention relates to flexible riveting equipment for an automobile safety belt support. The equipment comprises a pneumatic-hydraulic pressure cylinder, a riveting jig, a conveying support sliding plate mechanism, a riveting upper die sliding block, safety belt support pressing block hold-down mechanisms and a riveting table top, the riveting jig is located above the riveting table top, the conveying support sliding plate mechanism is located below the riveting table top, the two sides of the riveting jig is each provided with the corresponding safety belt support pressing block hold-down mechanism, the riveting upper die sliding block is located above the riveting jig, the pneumatic-hydraulic pressure cylinder is located at the top of the flexible riveting equipment for the automobile safety belt support, and the riveting jig is of a detachable structure. The riveting equipment is low in development expense, short in development cycle and simple in structure, safety belt supports of different models can share one machine tool, production efficiency is effectively improved, and production cost is lowered.

Description

technical field [0001] The invention belongs to the field of automatic assembly of mechanical products, in particular to a flexible riveting device for an automobile safety belt bracket. Background technique [0002] With the rapid increase of the number of cars in our country, the demand for car seat belt brackets is increasing. According to the calculation that each car needs 5 seat belt brackets, in 2014, my country's annual production of 10 million cars, the demand for seat belt brackets It is 50 million, and the market potential in this field is huge. At present, domestic production of safety belt brackets mainly adopts manual riveting or automatic riveting methods, but it is impossible to rivet multiple safety belt brackets on one device. Manual riveting develops different molds according to the characteristics of different products. The structure of the mold is complex, and the accumulated investment in mold development is huge. The design of fully automatic riveting...

AI Technical Summary

Problems solved by technology

At present, the domestic production of seat belt brackets mainly adopts manual riveting or automatic riveting methods, but it is impossible to rivet multiple seat belt brackets on one device

Manual riveting develops different molds according to the characteristics of different products. The structure of the mold is complex, and the accumulated investment in mold development is huge.

The design of fully automatic riveting machine tools is very difficult, it is difficult to realize the sharing of multiple seat belt brackets, the investment cost is high, and flexible production is not possible

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