Full-automatic flexible assembly line for backflow type LED precise components

Abstract

The invention discloses a full-automatic flexible assembly line for a backflow type LED precise assembly. Comprising a mounting frame, an upper fixed sliding rail, a lower fixed sliding rail, a fixed jig, a left lifting jig transfer part, a right lifting jig transfer part, an upper driving mechanism and a lower driving mechanism, the upper fixed slide rail and the lower fixed slide rail are fixedly arranged on the mounting frame in parallel, and a plurality of fixed jigs are respectively arranged on the upper fixed slide rail and the lower fixed slide rail in a sliding manner; the upper driving mechanism is used for driving the multiple fixing jigs on the upper fixing sliding rail to slide rightwards. The lower driving mechanism is used for driving the multiple fixing jigs on the lower fixing sliding rail to slide leftwards. The left lifting jig transfer piece is used for transferring the fixing jig on the lower fixing slide rail to the upper fixing slide rail; and the right lifting jig transferring piece is used for transferring the fixing jig on the upper fixing sliding rail to the lower fixing sliding rail. The LED precise assembly fixture has the advantages that the backflow effect of the multiple fixing fixtures is good, so that LED precise assembly assembling can be conducted on multiple products continuously, and the yield of finished products is greatly increased within unit time.

Description

technical field [0001] The invention relates to the technical field of automation equipment, in particular to a fully automatic flexible assembly line for reflow type LED precision components. Background technique [0002] LED precision components include components such as LED displays and LED lamps. When assembling them on the main body of the product, such as when assembling the LED display on the frame shell, because of its relatively precise structure, high-standard assembly is required. This makes the traditional manual assembly method far from meeting the requirements of precision assembly, and its assembly must be mechanized. [0003] However, the traditional pipelined mechanized assembly method also has certain defects and deficiencies; [0004] Specifically, the products to be assembled need to be snapped onto a fixed fixture. When LED precision components need to be assembled in multiple parts on it, the assembly line mechanized assembly method is adopted, and on...

AI Technical Summary

Problems solved by technology

[0003] However, the traditional pipelined mechanized assembly method also has certain defects and deficiencies;

[0004] Specifically, the products to be assembled need to be snapped onto a fixed fixture. When LED precision components need to be assembled in multiple parts on it, the assembly line mechanized assembly method is adopted, and one station can only precisely assemble one LED precision assembly. Components, which makes the fixing fixtures of the clamped products need to be transferred to multiple different stations in sequence to assemble multiple LED precision components. After the assembly of multiple LED precision components on it, it needs to be unloaded. , and re-transfer the corresponding fixed fixture that has been unloaded to the initial station, in case the next product is snapped on it, and the corresponding product that is clipped on it is assembled with a corresponding number of LED precision components, and It takes a certain amount of time when the fixed jig of the clamped product is transferred to the initial station again. During this process, the corresponding multiple assembly stations will be in a state of rest for a long time, which makes the assembly continuity of LED precision components poor and the assembly speed slow, which makes the assembly efficiency low and cannot effectively increase the output of finished products per unit time

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