Jig turnover assembly for intelligently manufacturing flexible production line

Abstract

The invention discloses a jig turnover assembly for intelligently manufacturing a flexible production line. The assembly comprises an X-direction guiding rod extending in the X-axis direction, a sliding base in sliding-fit connection with the X-direction guiding rod, and a bearing base supported by the sliding base, wherein the upper surface of the bearing base is fixedly connected with a turnoverguide rail extending in the Y-axis direction, one end of the X-direction guide rod is provided with an X-direction driver for driving the sliding base to reciprocate and slide along the X-direction guide rod, and a left sensor and a right sensor located at the upstream and downstream parts are arranged nearby the turnover guide rail. According to the assembly, the jig turnover efficiency is improved, the jig positioning accuracy in the turnover process can be improved, and therefore the crash rate in the turnover process is lowered; then, the souvenir lettering and packaging efficiency is improved.

Description

technical field [0001] The invention relates to the field of non-standard automation, in particular to a fixture turnover assembly of 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] On the automatic gift packaging line, it is often necessary to use the jig turnover assembly for recycling jigs, so that after the jig used to carry souvenirs completes a transmission operation, it can return to the assembly line in time for the second load transmission operation. The existing gift packaging lin...

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] On the automatic gift packaging line, it is often necessary to use the jig turnover assembly for recycling jigs, so that after the jig used to carry souvenirs completes a transmission operation, it can return to the assembly line in time for the second load transmission operation. The existing gift packaging line either has a low degree of automation, and it is useless to use the jig turnover component, or the existing jig turnover component has the following problems: the automation degree is low, and there are many steps that require manual assistance, resulting in jig turnover. The turnover efficiency is low, and at the same time, too much manual intervention will cause pollution to the jig, which in turn will pollute the souvenirs and affect the subsequent engraving accuracy; the positioning accuracy of the jig during the jig turnover process is poor, resulting in the jig in the turnover process. Downtime caused by frequent jamming is not conducive to improving the efficiency of souvenir packaging

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