Production method for hot-melting implanting of IC card slotting chip

Abstract

The invention discloses a production method for hot-melting implanting of an IC card slotting chip. The production method comprises a card feeding flow, a conveying line flow, a chip feeding flow, a chip stripping flow, a card pre-slotting flow, a card pre-slotting flow, a card fine-slotting flow, a card dispersing flow, a hot melting flow, and a pressing flow. The conveying line flow is implemented all the time during the card feeding flow, the card pre-slotting flow, the card fine-slotting flow, the card dispersing flow, the hot melting flow, and the pressing flow. The chip stripping flow iscarried out continuously from the chip feeding flow; the card pre-slotting flow is carried out continuously after the card feeding flow; the card fine-slotting flow is carried out continuously afterthe card pre-slotting flow; the card dispersing flow is carried out continuously after the card fine-slotting flow; the hot melting flow is carried out continuously after the card dispersing flow; andthe pressing flow is carried out after the chip stripping flow and the hot melting flow. According to the invention, the production method has advantages of having the high automation degree, havinghigh stability, realizing continuous card production, improving the production efficiency, reducing the product reject ration, and saving the production costs and thus has the great market applicationvalue.

Description

technical field [0001] The invention relates to the field of automatic production, in particular to a production method for hot-melt implantation of IC card slotted chips. Background technique [0002] IC card (Integrated Circuit Card) is also called Smart card, Intelligent card, Microcircuit card or microchip card. It is made into a card form by embedding a microelectronic chip in a card base conforming to the ISO 7816 standard. [0003] Due to its inherent advantages such as information security, portability, and relatively complete standardization, IC cards are being used more and more in fields such as identity authentication, banking, telecommunications, public transportation, and parking lot management, such as second-generation ID cards, bank cards, etc. e-wallets for mobile phones, SIM cards for telecom mobile phones, bus cards and subway cards for public transportation, and parking cards for collecting parking fees, etc., all play an important role in people's dail...

AI Technical Summary

Problems solved by technology

[0006] The IC card production method in the prior art has low continuous production efficiency, low degree of automation, poor continuity, low stability, and high defective rate, which seriously restricts the development of the production level of the IC card manufacturing industry.

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