Horizontal automatic copper head assembling machine for front cover of quartz clock mechanism

Abstract

The invention discloses a horizontal automatic copper head assembling machine for a front cover of a quartz clock mechanism. The assembling machine comprises a copper head vibrating disc rack and a front cover vibrating disc rack, wherein the front cover vibrating disc rack is arranged on the right side of the copper head vibrating disc rack. A copper head component can be conveyed by matched arrangement of a copper head vibrating disc, a copper head conveying material channel and a copper head material channel straight vibrating assembly; a front cover component can be conveyed by matched arrangement of a front cover vibrating disc, a front cover conveying material channel, a belt pulley conveying material channel, a front cover conveying material channel fixing assembly and a driving servo motor; and the copper head component and the front cover component can be assembled by matched arrangement of a copper head takeup pressing grinding tool, a material air cylinder, a grinding tool rotating head, a pushing rotating air cylinder and a copper head pressing air cylinder. The assembling machine can realize automatic assembling with the front cover for the longer copper head component, and is high in productive capacity and good in quality; assembled products are unified; and a yield is 2-3 times higher than that of a manual flow line in a market.

Description

technical field [0001] The invention relates to the technical field of quartz clock assembly, in particular to a machine for automatically installing copper heads on the front cover of a horizontal quartz clock movement. Background technique [0002] A quartz clock is a timekeeping device. Everyone is familiar with mentioning the clock. It is a kind of timing device that tells us the time. The assembly between the front cover part and the copper head part in the movement of the quartz clock is manually assembled. At present, this product is manually completed on the artificial assembly line. One person assembles 16,000-18,000 pieces a day, which results in the production efficiency completely relying on manual operation, and the accuracy of manual operation cannot be guaranteed, which may easily lead to waste parts. At the same time, manual assembly requires a large number of workers to operate. This results in higher labor costs. Contents of the invention [0003] The ...

AI Technical Summary

Problems solved by technology

One person assembles 16,000-18,000 pieces a day, which results in the production efficiency completely relying on manual operation, and the accuracy of manual operation cannot be guaranteed, which may easily lead to waste parts. At the same time, manual assembly requires a large number of workers to operate. This results in higher labor costs

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