Intelligent storage module

Abstract

The invention provides an intelligent storage module. The intelligent storage module comprises a material frame, a plurality of material plates and a control device, wherein the material frame is provided with accommodating grooves which are spaced and arranged in a punching manner, and each material plate is arranged in the accommodating groove, the control device is provided with a host end andindicating ends, and each indicating end is respectively provided with an infrared detector and an indicating lamp at each accommodating groove. When a material plate is to be taken or stored, the host end can illuminate the indicator light of the corresponding accommodating groove so as to instruct a user to take out or place the material plate, the infrared detector is on one side of the outer ring part of the material plate so as to quickly and accurately detect whether the material plate is placed and positioned in the accommodating groove and send the signal to the host end. According tothe intelligent storage module, the cost of the storage system can be reduced, the diversity use configuration is provided, automatic identification is achieved without the user's own determination ofthe material taking and receiving places, manual management can be reduced, and the material taking and receiving efficiency is improved.

Description

technical field [0001] The invention relates to an intelligent material storage module, in particular to an intelligent material storage module that allows users to correctly take and place material trays. Background technique [0002] In the surface mount process of electronic components, the adhesive electronic components are packaged with tape, and then the electronic component tape is wound on the reel, but the management of the traditional electronic component reel cannot be connected with the enterprise resource management system in real time. As a result, there are blind spots and error areas in resource management, and it is easy to produce dead materials in practice, and it is impossible to effectively control the actual inventory situation. Moreover, it is difficult for the operator to effectively practice first-in-first-out when judging the retrieving of materials by himself, and the management of remaining materials is even more difficult, resulting in the loss o...

AI Technical Summary

Problems solved by technology

However, under various conditions such as fan-shaped openings on the surface of the tray and the outer diameter of the tape winding, the detector cannot perform accurate detection and judgment, resulting in errors in retrieving and retrieving materials, which seriously affect the system. Management

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