A fully automatic processing robot for latex paint plastic barrels for architectural decoration

Abstract

The invention provides a full-automatic treatment robot for an emulsion paint plastic barrel for architectural ornament. The full-automatic treatment robot comprises a bottom plate, a cleaning device,an adjusting device and an elevating device. The full-automatic treatment robot can solve the problems that some emulsion paint left on the inner wall of the emulsion paint plastic barrel is hard toclean; in some small recycling plants, due to shortage of funds, large equipment cannot be purchased for automatic cleaning, manual cleaning is needed, dry emulsion paint is bonded to the barrel walland is hard to clean, consequently, time consumption and labor wasting are caused due to manual cleaning, and the labor cost is increased; due to manual cleaning, incomplete cleaning is caused due tonegligence, and secondary usage is influenced; and in the manual cleaning process, since gases generated due to emulsion paint volatilization have certain toxicity, harm can be generated to the bodiesof workers due to long-time contact, some devices on the market are complex in operation, the cleaning process is not thorough, and the inner wall of the emulsion paint plastic barrel is prone to damage in the cleaning process.

Description

technical field [0001] The invention relates to the technical field of latex paint plastic barrels, in particular to a fully automatic processing robot for latex paint plastic barrels for architectural decoration. Background technique [0002] In the process of architectural decoration, it is necessary to paint the wall. In the process of painting, a large amount of latex paint will be used, and the used latex paint plastic bucket cannot be recycled because some latex paint remains on the inner wall. The inner wall is cleaned. However, in some small recycling plants, due to the shortage of funds, it is impossible to purchase large-scale equipment to realize automatic cleaning. Manual cleaning is required. However, the dry latex paint is stuck on the inner wall of the rubber barrel and it is difficult to clean, resulting in time-consuming manual cleaning. Labor costs are laboriously increased; and due to manual cleaning, the cleaning will be incomplete due to negligence, whic...

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Problems solved by technology

[0003] In order to solve the above problems, the present invention provides a fully automatic processing robot for latex paint plastic barrels for architectural decoration, which can solve the problem that some latex paint remaining on the inner wall of latex paint plastic barrels is difficult to clean. The purchase of large-scale equipment to achieve automatic cleaning requires manual cleaning. However, the dry latex paint is difficult to clean on the barrel wall, resulting in time-consuming and labor-intensive manual cleaning and increased labor costs; manual cleaning will lead to incomplete cleaning due to negligence, affecting secondary use. ;During the manual cleaning process, due to the certain toxicity of the volatilized gas from latex paint, long-term contact with workers will cause harm to their bodies. Some equipment on the market is complicated to operate, poor in stability, and the cleaning process is not thorough. It is easy to cause damage to the inner wall of the latex paint plastic bucket and other problems; it can realize the automatic and thorough cleaning function of the dry latex paint on the inner wall of the latex paint plastic bucket, which has the advantages of saving labor costs, improving work efficiency, simple operation process, good stability, and high degree of automation. advantage

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