Special-shaped card chip writing device

Abstract

The invention discloses a special-shaped card chip writing device. The special-shaped card chip writing device comprises a first belt-type conveying mechanism used for feeding special-shaped cards, a manipulator, a pedestal assembly and a second belt-type conveying mechanism used for outputting the special-shaped cards. The pedestal assembly comprises a base plate, a chip writing unit and embedding bases, the top periphery of each through port is provided with an embedding groove communicated with the through port, the embedding bases are embedded into the embedding grooves in a detachable manner, each embedding base is provided with a special-shaped card positioning groove, the groove bottom of the special-shaped card positioning groove is provided with an induction through hole used for being communicated with the corresponding through port, and the induction through hole is opposite to a non-contact induction portion in position; the first belt-type conveying mechanism is parallel to the second belt-type conveying mechanism, the pedestal assembly is arranged between the first belt-type conveying mechanism and the second belt-type conveying mechanism, and the manipulator is arranged above the pedestal assembly. According to the invention, the chip writing efficiency can be effectively improved.

Description

technical field [0001] The invention relates to a smart card, in particular to a core writing device for a special-shaped card. Background technique [0002] Smart cards are divided into contact smart cards, non-contact smart cards and dual-interface cards according to the access method of the chip. Among them, contact smart cards need to be accessed through contacts in contact with the chip, contactless smart cards are accessed through radio frequency, and dual-interface cards It is a smart card that integrates contact and non-contact interfaces. It has two operation interfaces. The access to the chip can be through the contacts of the contact method, or the chip can be accessed by radio frequency through a certain distance. Correspondingly, in the process of producing smart cards, when writing information on the chip (called writing chip or writing core), it is also divided into a contact method of writing a chip and a non-contact method of writing a chip. [0003] The ex...

AI Technical Summary

Problems solved by technology

The positioning opening is generally opened into a rectangular shape to adapt to the shape of conventional cards. However, with the development of non-contact smart cards, the current cards come in various forms, with different shapes and sizes. Special-shaped cards other than the rectangular shape, and for cards of different sizes, it is also necessary to add a variety of bases, which is costly. For cards of different shapes and sizes, different bases need to be replaced as a whole, and the core writing efficiency is low.

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