Dust removing and blowing device for binding equipment

Abstract

The invention provides a dust removing and blowing device for binding equipment, and relates to the technical field of automobile body-in-white welding. The dust removing and blowing device comprises a base and a moulding bed; the moulding bed is mounted on the base; the moulding bed is of a hollow structure; a plurality of brackets connected with the base are arranged in the moulding bed; nozzles are mounted on the brackets; and a valve terminal is installed on one side of the base and connected with the nozzles through pipelines. According to the dust removing and blowing device of the binding equipment, blowing and dust removing can be automatically conducted on the surface of the moulding bed, and the cleanliness of the surface of the moulding bed is guaranteed. The surface quality defects of parts are avoided, the damage risk of the moulding bed is reduced, the binding quality is improved, manual participation is reduced, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of automobile body-in-white welding, in particular to a dust removal and air blowing device for hemming equipment. Background technique [0002] With the continuous development of the auto parts sales market, the competition of auto parts processing system projects is becoming more and more fierce. Robot hemming and pressing technology is applied to the hemming manufacturing of key components of car body-in-white. Robot hemming can not only improve the appearance quality of parts (hemming parts), realize smooth and smooth outer surface, without defects such as indentation and depression, but also increase the overall strength and rigidity while ensuring small working area and flexibility The purpose of manufacturing, shortening the debugging cycle, small one-time investment in equipment, and low maintenance and repair costs in the later period, but before hemming or during the production process, there are ...

AI Technical Summary

Problems solved by technology

Robot hemming can not only improve the appearance quality of parts (hemming parts), realize smooth and smooth outer surface, without defects such as indentation and depression, but also increase the overall strength and rigidity while ensuring small working area and flexibility The purpose of manufacturing, shortening the debugging cycle, small one-time investment in equipment, and low maintenance and repair costs in the later period, but before hemming or during the production process, there are different degrees of rubber accumulation, dust and other impurities on the tire mold. These things not only have different degrees It will affect the surface quality of the car parts, and will cause different degrees of damage to the surface of the tire mold, which will cause a drop in the pass rate of the parts, and in case of major damage to the tire mold, it will cause various events such as production stoppage, so tire mold dust removal Equipment will play a big role in production

[0003] The existing hemming equipment does not have this equipment before the hemming process. Generally, it is necessary to manually take part in cleaning the dirt, impurities and dust on the surface of the tire mold before and during the production of a shift. The cleanliness of the tire mold surface directly affects the quality of the hemming parts. Impurities on the surface of the tire mold will damage the sheet metal and cause damage to the surface of the tire mold. At the same time, pits may be formed on the outer surface of the outer plate, resulting in surface quality defects of the parts; the surface cleanliness of the tire mold directly affects the appearance quality of the hemming parts

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