Intelligent manufacturing flexible production line packaging line

Abstract

The invention discloses an intelligent manufacturing flexible production line packaging line. The packaging line comprises a feeding guide rail, a returning guide rail and a plurality of jig assemblies, the feeding guide rail and the returning guide rail extend along the Y-axis direction and are arranged in a spaced manner, and the multiple jig assemblies are connected to the feeding guide rail and the returning guide rail in a sliding fit manner; and the head ends of the feeding guide rail and the returning guide rail are flush, the tail ends of the feeding guide rail and the returning guiderail are flush, the upstream parts and downstream parts of the feeding guide rail and the returning guide rail are provided with jig circulation assemblies, the conveying direction of the jig assemblies on the feeding guide rail is opposite to the conveying direction of the jig assemblies on the returning guide rail, the feeding guide rail is provided with an assembly station, a lettering stationand an inspection station sequentially along the conveying direction of the feeding guide rail, and the assembly station, the lettering station and the inspection station are sequentially provided with an assembly mechanism, a lettering mechanism and an inspection packaging mechanism which are arranged beside the feeding guide rail. According to the packaging line, the positioning accuracy of jigsduring conveying is improved, meanwhile, the butt joint accuracy of the jigs when the jigs are transferred from one line to another line can be improved, and the circulation efficiency and the success rate of the jigs are improved.

Description

technical field [0001] The invention relates to the field of non-standard automation, in particular to a packaging line for an intelligent manufacturing flexible production line. Background technique [0002] In museums, schools, exhibition halls, factories and other places, when guests want to take away one or two souvenirs with date, signature or some kind of LOGO after visiting, they usually need to place an order first, and after the order is delivered to the foundry, the The production of the foundry usually requires two to three weeks of production and delivery, which cannot meet the needs of guests for on-site signature and on-site pick-up. [0003] The existing gift packaging line has the following problems: the degree of automation is low, resulting in low efficiency of engraving and packaging; the positioning accuracy is poor, which leads to frequent jamming of jigs during transmission Frequent downtime reduces the transmission efficiency of jigs and affects the e...

AI Technical Summary

Problems solved by technology

[0002] In museums, schools, exhibition halls, factories and other places, when guests want to take away one or two souvenirs with date, signature or some kind of LOGO after visiting, they usually need to place an order first, and after the order is delivered to the foundry, the The production is carried out by the foundry. This process often takes two to three weeks for production and delivery, which cannot meet the needs of guests for on-site signature and on-site pick-up.

[0003] The existing gift packaging line has the following problems: the degree of automation is low, which results in low efficiency of lettering and packaging; Frequent downtime reduces the transmission efficiency of jigs and affects the engraving and packaging efficiency of souvenirs; when jigs are transferred from one line to another, the docking accuracy is poor, which leads to a low docking success rate, which further reduces Turnover efficiency and success rate of jigs

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