Semi-automatic anti-rust agent coating device for special-shaped metal sheet

Abstract

Disclosed is a semi-automatic antirust agent smearing device for special-shaped metal thin sheets. Surface spraying is conducted on driving sheets, corrugated sheet and other special-shaped metal thin sheets through the semi-automatic antirust agent smearing device for the special-shaped metal thin sheets. According to the semi-automatic antirust agent smearing device, a conveyer belt is installed on a rack through a power input roller, a driving roller and a tensioning roller. The power input roller is connected with a shaft of a motor through a transmission chain. Material blocking plates are installed on the parts, on the two sides of the conveyer belt, of the rack. The front end of the conveyer belt is provided with a feeding work position. A separation-screening mechanism is installed on the material blocking plate on the rear side of the feeding work position. An electric control cabinet and a control button are installed on the rack. A liquid-dropping greasing mechanism is installed on the rack through a support. An antirust agent storage box is installed at the upper end of the rack. A material storage bin is installed on the part, in front of the liquid-dropping greasing mechanism, of the rack. According to the semi-automatic antirust agent smearing device, the processing efficiency is high, and smearing of an antirust agent is even. The assembly process requirements are met, and the service life of a clutch assembly is prolonged.

Description

technical field [0001] The invention belongs to the technical field of auto parts processing. Background technique [0002] The clutch assembly contains special-shaped metal sheets such as transmission plates and wave plates. In order to enhance the service life of the clutch assembly, it is necessary to carry out anti-rust treatment on the surface of such metal sheets. The traditional method of applying anti-rust agent is to completely immerse the metal sheet in the anti-rust agent, then dry it under control, then manually wipe and pack it, and then turn to the clutch assembly assembly process. According to this process, there are some disadvantages in the treatment of metal surfaces: 1. Low production efficiency and large floor area; 2. The consumption of antirust agent is large and wasteful; 3. The manual operation is intensive; 4. The amount of antirust agent on the surface of the metal sheet is inconsistent. The clutch assembly cannot meet the assembly requirements an...

AI Technical Summary

Problems solved by technology

According to this process, there are some disadvantages in the treatment of metal surfaces: 1. Low production efficiency and large floor area; 2. The consumption of antirust agent is large and wasteful; 3. The manual operation is intensive; 4. The amount of antirust agent on the surface of the metal sheet is inconsistent. The clutch assembly cannot meet the assembly requirements and affect the service life of the clutch assembly

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