Feeding device for coating environment-friendly mechanical equipment

Abstract

The invention discloses a feeding device for coating environment-friendly mechanical equipment. During coating, the coating effect and reliability can be effectively guaranteed. According to the feeding device, automatic feeding and coating of sheet metal parts can be achieved, feeding is conducted in the coating process, and efficiency is improved. According to an angle adjusting mechanism, convenience of angle adjustment is effectively guaranteed, adjustment of all angles is achieved, and coating comprehensiveness and controllability are guaranteed. After negative pressure adsorption fixing,the abutting ends of an edge abutting mechanism and a middle abutting mechanism can abut against the sheet metal parts, the adsorption fixing effect can be guaranteed, and meanwhile deformation of the sheet metal parts can be prevented. Meanwhile, after the sheet metal parts are adsorbed and clamped, all negative pressure adsorption nozzle assemblies can apply certain pre-tightening tension to the faces of the sheet metal parts, deformation of the sheet metal parts in the feeding and spraying process can be further prevented through arrangement of the pre-tightening force, the performance ofthe sheet metal parts is improved, and the structure is simple and convenient.

Description

technical field [0001] Specifically, the invention relates to a feeding device for coating environmental protection mechanical equipment, and relates to the related field of feeding equipment. Background technique [0002] At present, for environmental protection equipment, it is necessary to coat the sheet metal parts during manufacturing and processing, so as to ensure the anti-rust and anti-corrosion capabilities of the sheet metal parts. However, the current sheet metal parts are generally clamped and fixed by manipulators or negative pressure adsorption during painting, and then transported or fed after being clamped. When feeding, the sheet metal parts are very Large and thin, it is easy to cause deformation at the negative pressure adsorption. This deformation leads to large errors in the subsequent assembly process, especially when the sheet metal parts need to be rotated and driven during painting. Problems such as inertial force exacerbate this problem, causing pr...

AI Technical Summary

Problems solved by technology

However, the current sheet metal parts are generally clamped and fixed by manipulators or negative pressure adsorption during painting, and then transported or fed after being clamped. When feeding, the sheet metal parts are very Large and thin, it is easy to cause deformation at the negative pressure adsorption. This deformation leads to large errors in the subsequent assembly process, especially when the sheet metal parts need to be rotated and driven during painting. Problems such as inertial force exacerbate this problem, causing problems such as deformation of sheet metal parts, which in turn lead to problems such as difficulty in assembly, affecting the effect of painting and the degree of mechanization

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