Multi-work-station card embossing and coding method and device

Abstract

The invention discloses a multi-work-station card embossing and coding method and device. The multi-work-station card embossing and coding method comprises arranging a plurality of embossing modules on the lateral side of a card shifting belt in a parallel mode, arranging a card location groove on the card shifting belt, separating the card location groove into a plurality of work stations, arranging a plurality of card locations on every work station and arranging cards which are located on the card locations; accordingly the plurality of embossing modules can work simultaneously and returning to original position in the card conveying process is simultaneously achieved. The multi-work-station card embossing and coding device comprises the card shifting belt, the card location groove and the plurality of embossing modules with the same structure, wherein the card shifting belt is arranged at the bottom of the card location groove which is provided with the plurality of work stations; every work station corresponds to an embossing module and every embossing module is arranged on one side of the card location groove; every work station comprises the plurality of card locations including an empty card location; and the card location number of every work station is one more than or equal to the total work station number. The multi-work-station card embossing and coding method and device has the advantages of being capable of achieving the embossing code processing of a plurality of cards for one time on the same production line in an independent and parallel mode and effectively improving the card processing efficiency.

Description

technical field [0001] The invention relates to the technical field of card surface information processing of smart cards, in particular to a multi-station card embossed coding method and device. Background technique [0002] With the development of information technology, the application of smart cards is becoming more and more extensive, and the quantity of its demand is also increasing rapidly, so higher requirements are put forward for the production speed and quality of smart cards. Smart card processing equipment generally has multiple card processing modules, including OCR identification module, magnetic writing module, chip reading and writing module, flat printing module, embossed code module (generally referred to as embossed character module), laser printing module and inkjet code module, etc. . However, the working speed of each module is inconsistent, and the working speed of the embossing module is the slowest. Generally, when producing standard bank credit ca...

AI Technical Summary

Problems solved by technology

But in this way, the cards have to be handed over many times. Although the multi-station operation improves the speed, it cannot be multiplied according to the number of modules.

However, due to the unequal distribution of work content of each module, the module with the most character distribution and the slowest speed is the bottleneck

This leads to the smaller the multiplication rate with more modules

Another problem with this kind of transmission is that the information of a card is coded by multiple modules, which increases the risk of data misalignment and affects the data security of card processing.

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