Polyhedral groove grease coating equipment

Abstract

The invention provides polyhedral groove grease coating equipment and relates to the field of special elevator guide rails. The polyhedral groove grease coating equipment comprises a butting assembly,an oiling mechanism assembly and a pneumatic oiling machine. The oiling mechanism assembly comprises a power trolley assembly and a single-shaft transmission oiling assembly. The single-shaft transmission oiling assembly comprises a linear bearing B, a stepped shaft B, a butterfly spring, a locknut B, a self-aligning bearing and bearing block, oiling sliding blocks, butting screws and micro bearings. The deformation of the butterfly spring is changed by adjusting the locknut B. The polyhedral groove grease coating equipment is simple and compact in structure and convenient to operate. The problems that the operation space is narrow and small, and the labor intensity is large through manual grease coating are solved. The polyhedral groove grease coating equipment is low in cost and realizes safe and reliable semi-automation. Meanwhile, the problem of working limitation of flammable and combustible articles is solved through pneumatic drive, and the polyhedral groove grease coating equipment realizes equal-thickness grease coating on cylinders and polyhedrons to be coated with grease, greatly reduces the working intensity of working staff, thereby improving the grease coating efficiency and quality.

Description

technical field [0001] The invention relates to the technical field of special elevator guide rails, in particular to a polyhedral groove coating grease equipment. Background technique [0002] There are the following important limiting factors in solving the automatic grease coating process of polyhedral grooves in narrow and deep spaces. First, there are flammable and explosive materials in the cylinder, and avoiding the generation of electricity and sparks is an important factor; second, polyhedral grooves The space where the groove is located is narrow and deep, and the designated surface to be coated with grease is complex. The current solution is to manually apply grease to the polyhedral groove. In the process of manually applying grease, on the one hand, the staff needs to enter a narrow and deep space to work, and the operating space is narrow and inconvenient to operate. On the other hand, the operator It is difficult to apply grease with an even thickness, and it...

AI Technical Summary

Problems solved by technology

[0002] There are the following important limiting factors in solving the automatic grease coating process of polyhedral grooves in narrow and deep spaces. First, there are flammable and explosive materials in the cylinder, and avoiding the generation of electricity and sparks is an important factor; second, polyhedral grooves The space where the groove is located is narrow and deep, and the designated surface to be coated with grease is complex

The current solution is to manually apply grease to the polyhedral groove. In the process of manually applying grease, on the one hand, the staff needs to enter a narrow and deep space to work, and the operating space is narrow and inconvenient to operate. On the other hand, the operator Difficult to apply a uniform thickness of grease and can easily cause damage to the product

The method of manually applying grease is difficult to operate, which makes the staff physically tired, low work efficiency, and the effect of applying grease is not good

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