Line edge bin automatic loading equipment and loading method

Abstract

The invention discloses line edge bin automatic loading equipment and method. The automatic loading equipment comprises one or more laminated material frames, an automatic guide transportation vehicle, a first lifting mechanism, a pushing mechanism, a poking mechanism, a transfer table and a transfer mechanism; the transfer mechanism comprises a transfer disc connected with the transfer table, anda first driving mechanism for driving the transfer disc to rotate; an outlet of the transfer disc is connected with an inlet of equipment to be loaded; the material frames are transported to the first lifting mechanism by the automatic guide transportation vehicle; under the lifting effect of the first lifting mechanism, the material frames on the upper layer are hoisted to a height opposite to the transfer table; the pushing mechanism is used for pushing material stored in the material frames to the transfer table; the poking mechanism is used for transferring the materials on the transfer table to the transfer disc; and along with rotation of the transfer disc, the materials are fed in the equipment to be loaded through the outlet of the transfer disc. The loading equipment can automatically finish the transfer of the materials from the material frames to the equipment in the next station without needing manual intervention, and achieves safety, reliability and high automation degree.

Description

technical field [0001] The invention relates to the field of automatic material circulation, in particular to an automatic feeding device and a feeding method for a line side warehouse. Background technique [0002] The material circulation of unfinished capacitors in the prior art includes: the incoming materials are firstly piled up in the big warehouse, and then according to the material discharge plan, the materials are prepared in advance in the line-side warehouse, and the line-side materials are stored in the form of material racks, and the materials needed for the production line , and then manually go to the line side material shelf to find the material. The traditional material storage and sorting mode has at least the following disadvantages: low warehouse location, insufficient space utilization, and large floor area; low operating efficiency, heavy labor, and high labor cost; error-prone, due to electronic materials and material trays, labels Similar or simil...

AI Technical Summary

Problems solved by technology

The traditional material storage and sorting mode has at least the following disadvantages: low warehouse location, insufficient space utilization, and large floor area; low operating efficiency, heavy labor, and high labor cost; error-prone, due to electronic materials and material trays, labels Similar or similar, once a material is wrong, it will lead to all the placement errors of the entire batch of products; during the material flow process, it is difficult to keep the customer's material information confidential, and the customer's product or technology is easily leaked

[0003] There is a lack of a fully automated line side warehouse automatic loading equipment in the prior art

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