Card reader mechanism for financial service device

Abstract

The invention discloses a card reader mechanism for a financial service device. The card reader mechanism comprises a control panel, an upper bracket, a lower bracket spring plate, and a lower bracket. The control board is matched and connected with the upper bracket. A control panel cover plate is disposed at a corresponding position of the control panel, and is connected to the upper bracket andcovers one side of the control panel. The lower bracket spring plate is fixed to one side of the lower bracket. The lower bracket and the upper bracket are connected to form a card reader mechanism.The lower bracket spring plate is made of an elastic material, which can realize elastic change of the slot size of the lower bracket and the upper bracket control plate, and provides an elastic gap.The card reader mechanism for the financial service device realizes effective brushing of cards with different thicknesses and whole passbooks.

Description

technical field [0001] The invention relates to the technical field of self-service equipment, in particular to a card reader mechanism used on financial service equipment. Background technique [0002] At present, the card reader mechanism adopted by bank self-service equipment in the domestic market cannot satisfy the effective swiping of cards of different thicknesses and entire passbooks. The slot size of the card reader mechanism is large, and the magnetic stripe information cannot be recognized, and the action of swiping the card needs to be repeated several times; the slot size of the card reader mechanism is small, and the magnetic strip is squeezed, scratched, and rubbed by external hard objects. Card passbooks are damaged greatly, and thicker passbooks cannot pass through the card swiping slot of the card swiping mechanism, which greatly reduces the work efficiency of bank personnel. Contents of the invention [0003] The object of the present invention is to ai...

AI Technical Summary

Problems solved by technology

[0002] At present, the card reader mechanism used by bank self-service equipment in the domestic market cannot meet the effective swiping of cards of different thicknesses and entire passbooks.

The slot size of the card reader mechanism is large, and the magnetic stripe information cannot be recognized, and the action of swiping the card needs to be repeated several times; the slot size of the card reader mechanism is small, and the magnetic strip is squeezed, scratched, and rubbed by external hard objects. The card passbook is damaged greatly, and the thicker passbook cannot pass through the card slot of the card swiping mechanism, which greatly reduces the work efficiency of bank staff

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