Card reader

Abstract

The invention discloses a card reader. In an IC read-write module, a distance between a contact spring and a bent hook is equal to a distance between a chip on a bank card and the closest short edge, so that when the bank card presses against the bent hook on a sliding block, and the bank card and the bent hook move for a certain distance together, the contact spring can be definitely aligned with the chip on the bank card, and the card reader can read information of the bank card accurately; therefore, the phenomenon that the card reader cannot read the information of the bank card and releases the card or retains the card is avoided; the operation of a client is successful; and the time for artificial maintenance as an ATM fails in card reading is shortened, and the working efficiency is high.

Description

technical field [0001] The invention relates to a card reader of an ATM machine, in particular to an IC read-write module for reading bank card information in the card reader. Background technique [0002] There is a card reader inside the ATM, which is used to read the bank card information inserted by the customer through the card slot, so that the customer can operate according to the prompts. At present, the card reader of the ATM machine is mainly driven by electromagnetic force, such as figure 1 As shown, it includes an electromagnet 101, the output shaft 102 of the electromagnet 101 is provided with a rotating member 103 that can rotate relative to the output shaft 102, the bottom end of the rotating member 103 is connected with a fixed block 104, and the bottom of the fixed block 104 is provided with a contact spring 105 , when a bank card 106 is inserted from the card slot, and the bank card moves to the position of the card reader with the transmission mechanism, ...

AI Technical Summary

Problems solved by technology

At present, the card reader of the ATM machine is mainly driven by electromagnetic force, such as figure 1 As shown, it includes an electromagnet 101, the output shaft 102 of the electromagnet 101 is provided with a rotating member 103 that can rotate relative to the output shaft 102, the bottom end of the rotating member 103 is connected with a fixed block 104, and the bottom of the fixed block 104 is provided with a contact spring 105 , when a bank card 106 is inserted from the card slot, and the bank card moves to the position of the card reader with the transmission mechanism, the sensor senses the bank card 106, and then sends a signal to the system, and the system controls the operation of the electromagnet 101, and the electromagnet 101 Drive the rotary part 103 to rotate, thereby the rotary part 103 drives the fixed block 104 to press down, so that the contact spring 105 at the bottom of the fixed block 104 is pressed on the chip of the bank card 106, when the contact spring 105 is aligned with the chip on the bank card 106 On time, the bank card information can be read. If the contact spring 105 is not aligned with the bank card 106 chip, the bank card information cannot be read. Then the system controls the operation of the electromagnet, and the electromagnet drives the fixed block to reset through the rotating part, and the transmission The institution withdraws the bank card from the card slot or recycles the bank card, so as to bring the same use to the customer and reduce the work efficiency of the bank staff. It can be seen that the current card reader needs the precise cooperation between the transmission mechanism and the sensor. The bank card information is read, and its card reading ability is unstable

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