An assembly workstation for a servo drive housing

Abstract

An assembling workstation of a servo driver outer shell comprises a fixing base and a servo driver assembling component. The servo driver assembling component at least comprises a side shell and an upper shell. A six-shaft joint robot, a side shell motor driving type feeding table, an upper shell motor driving type feeding table and an assembling type press fit machine are arranged on the fixing base. The side shell is arranged on the side shell motor driving type feeding table. The upper shell is arranged on the upper shell motor driving type feeding table. The six-shaft joint robot is provided with a feeding and discharging clamp and used for clamping the side shell and the upper shell from the side shell motor driving type feeding table and the upper shell motor driving type feeding table separately through the feeding and discharging clamp and conveying the side shell and the upper shell to the assembling type press fit machine. The assembling type press fit machine carries out press fit assembling on the side shell and the upper shell, and an assembly is formed. The assembling workstation of the servo driver outer shell has the characteristics of being simple and reasonable instructure, excellent in performance, convenient to operate, low in manufacturing cost, easy to produce, easy to realize, fully automatic, intelligent, high in production efficiency, safe, reliable and the like, and is high in practicability.

Description

Technical field [0001] The invention relates to an assembly workstation for a servo drive housing. Background technique [0002] At present, in the placement, positioning and assembly of servo drive components, most of them still use traditional manual operations. The assembly is generally divided into the following steps: manual material input-manual installation of the right side plastic case-manual plastic upper cover Shell installation-manual cutting. However, because this method is carried out by manpower in the whole process, workers need to bend over frequently every day to operate, and its labor intensity is high. At the same time, there are certain safety hazards in the operation process, workers are prone to injury, and the stability of manual operation is relatively high. Poor, low work efficiency, difficult to achieve mass production demand, large labor demand, low production efficiency, and workers are very monotonous and boring at work. As the domestic labor cost b...

AI Technical Summary

Problems solved by technology

However, because the whole process is carried out by manpower, the workers need to bend over frequently to operate, and the labor intensity is high. At the same time, there are certain hidden dangers in the operation process, and the workers are easy to cause injury. In addition, the stability of manual operation is relatively high. Poor, low work efficiency, difficult to achieve mass production requirements, large labor demand, low production efficiency, and workers are very monotonous and boring at work. As domestic labor costs are getting higher and higher, the more people who are willing to do this kind of work Less and less, it is difficult for the factory to hire workers, and the cycle of manual incoming materials is irregular, which is not conducive to long-term supply and use, and cannot meet the production needs of manufacturers

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