CN110738284A

CN110738284A - IC card full-automatic card issuing, writing and recycling method

Info

Publication number: CN110738284A
Application number: CN201910982642.9A
Authority: CN
Inventors: 鞠兴忠; 薛庆水; 金鑫; 朱天舒; 陈佳庚; 顾华东; 顾董伟; 陈慧; 王思齐; 朱浩之; 唐泽莘
Original assignee: Shanghai Institute of Technology
Current assignee: Shanghai Institute of Technology
Priority date: 2019-10-16
Filing date: 2019-10-16
Publication date: 2020-01-31

Abstract

The invention relates to a full-automatic IC card issuing, writing and recycling method, wherein a single card in an IC card placing area drives a card rubbing wheel to transmit to a sensing card reading module through a driving transmission gear, the sensing card reading module automatically senses and reads IC card information, the information is sent to a judgment control card outlet module when the information is abnormal, the card is discharged from an abnormal card outlet, the reading is normal, the automatic card writing module is informed to automatically write the information, the written information is verified through a card writing result verification module, the result is sent to the judgment control card outlet module and is discharged from a normal card outlet, the whole process replaces manual operation with mechanical automation, the efficiency can be improved, the card writing accuracy can be improved, the automatic card reading, issuing, recycling and other operations can be realized, the working efficiency can be greatly improved, the system has an automatic card writing result judgment function, the normal card and the abnormal card can be placed in a classified mode, the card writing accuracy is improved, and can be widely applied to parts and enterprises which are used by IC cards in universities, enterprises and the like.

Description

IC card full-automatic card issuing, writing and recycling method

Technical Field

The invention relates to IC card issuing technologies, in particular to a IC card full-automatic card issuing, writing and recycling method.

Background

In recent years, with the development of information technology, the application of the IC card is more and more , and particularly, the IC card is more and more obviously embodied in a digital campus, the IC card has various functions such as consumption, attendance checking, prohibition, bus taking and the like in the digital campus, however, the work of issuing, reading, recovering and initializing a huge number of IC cards brings great pressure to the issuing management part of the IC card, at present, in the case of the huge number of IC cards, an IC card issuing manager mostly adopts a mode of manually operating a single card by , and the problem that the operation of the single card is repeatedly performed exists, and a great amount of labor cost and time cost are wasted.

Disclosure of Invention

The invention provides IC card full-automatic card issuing, writing and recovering methods aiming at the problem of IC card issuing management, and the method can automatically finish IC card initialization, reading and issuing, card recovering and card writing result verification in batch.

The technical scheme includes that a IC card full-automatic card issuing, writing and recycling method is characterized in that a system consisting of an automatic card feeding module, a sensing card reading module, an automatic card writing module, an information verification module and a control card discharging module is established, a plurality of IC cards are placed in a card placing area, the automatic card feeding module drives a card rubbing wheel through a driving transmission gear to transmit a single IC card to the sensing card reading module, the sensing card reading module automatically executes a card reading instruction, the card reading success value is 1, the card reading failure return value is 0, the return value is transmitted to the automatic card writing module and the control card discharging module, the automatic card writing module writes information set according to the system into a designated sector after acquiring the return value of 1, the information verification module reads the card again and compares the card information with the system information, the return value is 1 when the card reading success is is compared, the return value is 0 when the card failure is not is compared, the return value is transmitted to the control card discharging module, the card discharging module controls the card discharging module to automatically feed the card after the card is removed from a normal card outlet, and the card is fed back to the control card discharging module .

The full-automatic IC card issuing, writing and recycling method has the advantages that the automatic IC card issuing, writing and recycling method releases two hands mechanically and automatically, card automatic reading, issuing, recycling and other operations are achieved, work efficiency is greatly improved, the system has an automatic card writing result distinguishing function, normal cards and abnormal cards can be placed in a classified mode, card writing accuracy is improved, the system can be widely applied to departments and enterprises with more IC cards such as universities and enterprises, and has a -wide market prospect in the aspects of Internet of things, commerce and the like.

Drawings

FIG. 1 is a block diagram of a fully automatic IC card issuing, writing and recycling system;

FIG. 2 is a flow chart of the IC card full-automatic issuing, writing and recycling system;

fig. 3 is an interface diagram of an automatic card writing subsystem in the full-automatic card issuing, card writing and card recycling system of the IC card.

Detailed Description

As shown in fig. 1, the connection diagram of modules in the full-automatic card issuing, card writing and card recycling system for IC cards is composed of five modules: the card reader comprises an automatic card inlet module, an induction card reading module, an automatic card writing module, an information verification module and a card outlet control module.

The automatic card-feeding module: and the IC card reader is responsible for controlling the transmission of a single IC card to the card reader each time.

The IC cards in the IC card placing area drive the card rubbing wheel to accurately transfer a single card to the upper part of the card reader by driving the transmission gear, thereby ensuring that IC cards are controlled to enter the transmission track each time and successfully reach the upper part of the induction card reading module, and having the card use-up prompting function.

The induction card reading module: and is responsible for reading the card.

When the IC card is accurately transferred to the upper part of the induction card reading module, but the IC card induction card reading module can not read the IC card information, the system automatically judges that the card is an abnormal card, sends the abnormal card out to the control card discharging module, controls the card discharging module to discharge the card through an abnormal card outlet, and waits for a card writing instruction of the automatic card writing module when the card information is normally read.

The automatic card writing module: is responsible for writing cards.

When the card reader successfully reads the basic information of the IC card, the information to be written is extracted and written into the designated sector through a software module (an automatic card writing subsystem). The automatic card writing software supports the function integrated with the existing IC card system, and can directly call the information needing card writing through the IC card system to complete the function of card writing in batches; and the function of batch card writing of offline file import is also supported. And after the card writing operation is finished, waiting for a verification instruction of the information verification module.

And the information verification module is responsible for verifying the consistency of the card information and the system information .

After the IC card information is automatically written in, the information verification module reads the IC card information again, judges whether the information is accurately written in the IC card sector or not, and feeds back the judgment result to the card control module.

The card outlet control module: the card discharge outlet is judged.

The control card-discharging module discharges the IC card without error information from the normal card outlet and discharges the IC card with error information from the abnormal card outlet according to the feedback results of the information verification module and the induction card-reading module. And after the completion, the feedback IC card automatic card feeding module continues to feed the card.

The method comprises the steps of , transmitting a card to a card reader through a card inlet module, automatically reading card information by the card reader, if the information of an IC card cannot be read, judging that the IC has a physical fault and belongs to a bad card, directly discharging the card through an abnormal card outlet by a card outlet control module, waiting for an instruction of automatically writing the card if the information of the IC card can be correctly read, obtaining the information needing to be written into the IC card by automatic card writing software, writing the information into a designated sector, and fourth, executing the function of automatically checking the information of the IC card by an information verification module, informing the card outlet control module of the information through the instruction if the checking result is successful, discharging the card through a normal card outlet, and discharging the card through the abnormal card outlet if the checking result is failed.

Such as the auto-write subsystem interface diagram shown in fig. 3. The card writing subsystem supports that the card writing function in batch can be completed by directly calling the information needing card writing through the IC card system; and the function of batch card writing of offline file import is also supported.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that are within the spirit and principle of the present invention are intended to be included in the scope of the present invention.

Claims

A method for automatically issuing, writing and recovering IC cards includes setting up a system composed of an automatic card feeding module, a sensing card reading module, an automatic card writing module, an information verification module and a control card discharging module, placing multiple IC cards on a card placing region, driving a card rubbing wheel by a drive transmission gear to transmit a single IC card to the sensing card reading module, automatically executing a card reading command by the sensing card reading module, setting a return value to 1 when the card reading is successful and setting a return value to 0 when the card reading is failed, sending the return value to the automatic card writing module and the control card discharging module, writing information set by the automatic card writing module according to the system into a designated sector after the return value of 1 is obtained by the automatic card writing module, reading information again by the information verification module and comparing the information with system information, setting the return value to 1 when the information verification module is is compared, setting the return value to 0 when the information is not is compared, sending the return value to the control card discharging module, and automatically executing card feeding back to when the card is not .