Assembly method of meter movements

Abstract

The invention discloses an assembly method of meter movements. Firstly, sequencing plates are arranged on a vibration platform, then a plurality of identical components are arranged on the sequencing plates, and the vibration platform vibrates to enable the components to fall in and be clamped in profiled through holes in the same shape with the components. A corresponding number of the sequencing plates are sequentially stacked according to the number of the components, after each layer of sequencing plate is stacked, the corresponding components are arranged on the sequencing plates until all the profiled through holes in the sequencing plates contain the corresponding components, and the assembly positions of the components on the sequencing plates correspond to each other up and down. Lastly, all the sequencing plates are arranged into a riveting machine for pressing combination, so that a large number of products are assembled at one time. When the assembly method of the meter movements is used for assembling the meter movements such as pressure meters, a large number of components can be sequenced rapidly, a plurality of the movements can be pressed and formed on the pressing-combination riveting machine at one time, assembly accuracy and efficiency are high, and labor cost is low.

Description

technical field [0001] The invention relates to an assembly method of an instrument core, which belongs to the technical field of core production for instrument products such as pressure gauges. Background technique [0002] In the prior art, for the preparation of the movement of instruments such as pressure gauges, the traditional method is manual assembly, and its basic process includes: manually engaging part 1 and part 2 in the first process, and then transferring to the second process for manual operation The machine riveted and assembled part one and part two, and then transferred to the third process to manually engage part three with the materials of the previous process, and then transferred to the fourth process to manually operate the machine to rivet and assemble part three and the previous part, and so on Until the entire movement is assembled, this method not only has low assembly efficiency, but also takes up a lot of human resources, and has a low assembly p...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, for the preparation of the movement of instruments such as pressure gauges, the traditional method is manual assembly, and its basic process includes: manually engaging part 1 and part 2 in the first process, and then transferring to the second process for manual operation The machine riveted and assembled part one and part two, and then transferred to the third process to manually engage part three with the materials of the previous process, and then transferred to the fourth process to manually operate the machine to rivet and assemble part three and the previous part, and so on Until the entire movement is assembled, this method not only has low assembly efficiency, but also takes up a lot of human resources, and the assembly pass rate is low, making it difficult to meet the large-scale demand for movement products