High-efficiency slot milling, wire picking and packaging device for intelligent card

Abstract

The invention discloses a high-efficiency slot milling, wire picking and packaging device for an intelligent card. The device comprises an intelligent card high-efficiency groove milling and wire picking device and an intelligent card high-efficiency packaging device. A front card conveying line is arranged on the intelligent card efficient groove milling and wire picking device. The intelligent card efficient packaging device is provided with a rear card conveying line. A qualified card caching and stacking frame and a manual card stacking frame are arranged at the joint of the front card conveying line and the rear card conveying line; the qualified card caching and stacking frame and the manual card stacking frame are alternately used, the front card conveying line comprises a front-section conveying line for conveying double cards at the same time and a rear-section conveying line for conveying single cards one by one, and the rear card conveying line conveys the single cards one by one. According to the device, the mode that rear-section single cards are conveyed one by one is adopted, the two pick-up stations are used for single-wire pick-up, only one metal wire is taken up at each station, the single-card conveying efficiency is improved, and the take-up machining speed is increased. According to the slot milling and wire picking device, a wire pressing station of a traditional slot milling and wire picking device is omitted, the wire picking mechanism of the slot milling and wire picking device completes wire picking at a time, the wire pressing procedure is not needed any more, and a large amount of manufacturing time is saved.

Description

technical field [0001] The invention relates to smart card manufacturing equipment, in particular to a smart card high-efficiency milling groove pick-up packaging device. Background technique [0002] At present, in the production process of the existing smart card production and packaging assembly line, the method of double card conveying and processing is adopted. Pick two metal wires, the angle of the two metal wires is relatively small, and it is necessary to design a crimping mechanism at the next station of the wire picking station to flatten the metal wires, and the wires need to be pulled up 90° in the packaging process. It is difficult to increase the speed of the traditional thread take-up mechanism at the same time. During the simultaneous delivery of double cards, the cards will be piled up at the thread take-up mechanism, thereby reducing the production efficiency. The double-thread simultaneous picking cannot meet the current production line. efficiency. Con...

AI Technical Summary

Problems solved by technology

[0002] At present, in the production process of the existing smart card production and packaging line, the method of double card conveying and processing is adopted, and double lines are designed at the position of the pick-up station The thread take-up mechanism for thread take-up at the same time, this kind of thread take-up mechanism picks two metal wires at a time, the take-up angle of the two metal wires is relatively small, and it is necessary to design a crimping mechanism at the next station of the thread take-up station, The metal wire is flattened, and the wire needs to be pulled up 90 degrees in the packaging process. It is difficult to increase the speed of the traditional wire take-up mechanism at the same time. During the simultaneous delivery of dual cards, cards will be accumulated at the wire take-up mechanism. As a result, the production efficiency is reduced, and the simultaneous selection of two lines cannot meet the current production line efficiency.

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