Card conveying device and card conveying method of smart card coding equipment

Abstract

The invention discloses a card conveying device and a card conveying method of a smart card coding device, wherein the card conveying device includes an intermittent card conveying mechanism, which conveys a card to be coded from the intermittent conveying mechanism to a coding module and Send the coded cards back to the card transfer mechanism of the intermittent conveying mechanism and send the cards to be coded in the card transfer mechanism into the coding module and at the same time send the coded cards back to the card transfer mechanism and then push the A card transfer mechanism for moving and coding the cards in the coding module; the card transfer mechanism includes a drive device, a total control shaft and several sets of transfer decks, and each coding module is correspondingly provided with a set of transfer decks, each group The transfer deck includes a card-in transfer deck and a card-out transfer deck, the card-in transfer deck and the card-out transfer deck are fixedly connected to the overall control shaft. The invention has the advantages of high efficiency, simple structure, and is beneficial to the subsequent hot stamping process.

Description

technical field [0001] The invention relates to smart card production equipment and a method, in particular to a card conveying device and a card conveying method of a smart card coding device. Background technique [0002] In the production process of smart cards, it is necessary to carry out convex and concave coding on the card (that is, to print relevant code information on the card, such as card number, ID card number, etc.). When coding, the card needs to be transported to the Code in the coding module. In the existing large-scale coding equipment, coding is usually carried out in the form of serial card movement, that is, multiple coding modules are arranged in sequence in the direction of card conveyance. There are two coding methods, the first coding The method is that each coding module is responsible for coding part of the characters on a card. After each card passes through multiple coding modules in turn, it completes the coding of all the characters. Only one...

AI Technical Summary

Problems solved by technology

[0004] 1. The card input mechanism and card output mechanism in each coding module are realized by a power mechanism, which requires a large number of mechanisms, complex structures, difficult installation, and high cost;

[0005] 2. Since each power mechanism works separately, in order to ensure that the pace of card entry and exit is coordinated, in terms of control, it is necessary to take the working cycle of the power mechanism that takes the most time to complete the action as the working cycle of all power mechanisms, which will affect the overall performance. work efficiency

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