Fujitsu Corporation

Tomohiro Matsuhashi

Eiichi Watanabe

Hideo Kamata

Hideyuki Inaoka

Satoshi Naoi

Shinichi Eguchi

Yutaka Katsumata

Koichi Chiba

Kazunori Yamamoto

Satoshi Kataoka

Shunji Sakane

Masami Yasuda

Kazuhide Ushita

Katsutoshi Kobara

Hideki Matsuno

Yoshihiro Nagano

Yoshiyuki Kijima

Kazuhito Watanabe

Yasutaka Machida

Yoshinori Yamazaki

A data medium handling apparatus and a data medium handling method suitable for use for handling of documents, for example, in a financial organ. The data medium handling apparatus ( ) for recognizing, based on an image ( ) read from a data medium on which information is described in an arbitrary format, the information, is constructed such that it comprises means ( ) for extracting characteristics unique to the data medium including the format from the read image data ( ) and specifying, from the characteristics, a position at which information to be recognized is present, and image recognition means ( ) for recognizing the image ( ) at the position specified by the is preceding means ( ) to discriminate the information, so that the data medium handling apparatus ( ) can handle documents having various formats such as private slips.

Data medium handling apparatus medium handling method

A data medium handling apparatus and a data medium handling method suitable for use for handling of documents, for example, in a financial organ. The data medium handling apparatus ( ) for recognizing, based on an image ( ) read from a data medium on which information is described in an arbitrary format, the information, is constructed such that it comprises means ( ) for extracting characteristics unique to the data medium including the format from the read image data ( ) and specifying, from the characteristics, a position at which information to be recognized is present, and image recognition means ( ) for recognizing the image ( ) at the position specified by the preceding means ( ) to discriminate the information, so that the data medium handling apparatus ( ) can handle documents having various formats such as private slips.

Data medium handling apparatus and data medium handling method

A terminal banking apparatus for processing bills and checks includes an input apparatus for inputting the number of each account and the amount of bills or checks at a front counter of a bank, a tentative paying file for storing the number of each account and the corresponding amount input from the input apparatus, a magnetic ink character reader for reading the number of the account described by magnetic ink characters on each of the bills or checks carried, and an amount reader for reading the amount described on the bills or checks stored in the tentative paying file depending on the number of the account read by the character reader. Also included is an amount encoder for describing the amount with magnetic ink characters on the bills or checks, a total amount checking apparatus for checking the total amount depending on the amount read out and a preset total amount, a lateral-line marking apparatus for marking lateral lines on bills or checks, an imaging apparatus for taking photographs of both the front and rear surfaces of bills or checks which have completed all processings, an image file for storing photographs and a transfer apparatus for transferring bills and checks.

Banking apparatus for processing the bill and the check

In a magnetic ink character recognition system provided in a magnetic ink character reader, the system includes; a read unit for detecting magnetic flux generated from each magnetic ink character separately printed in every field in a check or bill, and outputting a digital signal read therefrom; a storage unit operatively connected to the read unit for storing the digital signals output from the read unit; a field sort unit operatively connected to the storage unit for receiving the digital signals from the storage unit in every field and sorting the digital read signals for each field; a decision unit operatively connected to the field sort unit for receiving the digital read signal sorted by the field sort unit, judging the thickness of the magnetic ink character in every field, and determining a representative thickness value in every field; a correction unit operatively connected to the storage unit and the decision unit for receiving the digital signals from the storage unit and correcting the digital signals based on decision data output from the decision unit for every field; and a recognition unit operatively connected to the correction unit for determining whether or not the corrected signals are readable.

Magnetic ink character recognition system

Growing community of inventors

Kawasaki, Japan

Tomohiro Matsuhashi